Journal oJNannoplankton
Research(formerly INA Newsletter)

A Publlcadon of the International Nannoplankton Association

JOURNAL OF NANNOPLANKTON RESEARCH(formerly INA Newsletter)
Published by the International Nannoplankton Association

Volume17

Number 1(

August1995.CONTENts<··· .

NEWS AND GOSSIP Compiled by Jeremy R. Young and Jackie A. Burnett ... .......... ..... ........... ........... ....... ...... 2
EDITORSHIP ... ............. ... .. ...... ....... ......... ... .. .. ... ................. .. ...... .... .... ... ....... ...... .......... ............ ... ....... .. ... .. 2
COMPUTING-DATABASES, SOFfWARE,MAll.INGLISTS .... .... .......... ...... ..................... .... .... .......... 2
Nannobase ... .......... .... ......... ........ ...... ......... .......... ...... ............... .. ... ............................................. .. ....... 2
Bugware ...................... ,........ .. ............................ ........ ........ ....... ......... ... ......... ...... .... ..... ...... ... ........... ... 2
ODP on the world wide list ............. .... ................. ...... .. ..... ..... .... .... .... ........ ...... ........ ............. .. ............ .. 2
EMAIL -mailing list .. ........... ........ ...... .... ........ .......... ............... ...... .......................... ... ......... _.... ...: ........ .. 2
MOUNTING MEDIA SURVEY ................. ..... ....... ....... ........... ........ ..... ....... ........ ......... .... ........................ .. 2
MEMBERS' NEWS & GOSSIP ... .. ............ .... ........ ... .................................................................................. 2
B()()KS ........................ .......................................................... ........... .. .... ........ ................................ .... ....... . 3
Evolutionary, Biostratigraphic and Taxonomic Study of Calcareous Nannofossils from acontinuous Paleocene-Eocene Boundary Section in New Jersey ...... .................................. .... .......... ... 3
Revised Chronology ofNeogene DSDP Holes from the World Ocean .............................................. ... 3
MEETIN'GS ...... .... ........ .. ............. ............. ... ......... ... .. ......... .. .. .. ......... .. .......... .. ............................... .......... ... 3
Italian Nanno-Group, inaugural meeting, June 1994 .......... ...................... ........ ..................................... 3
Emiliania huxleyi and the Oceanic Carbon Cycle, London, Aprill995 ............................................... 3
International Symposium on Cretaceous Stage Boundaries, Brussels, September 199 5 ..... ..... .............. 4
Asian INA Meeting, Lucknow, Autumn/Falll995 ................................................................................ 4
OCEAN DRILLING PROGRAM NEWSJohn Firth ........................................................................................... '4

THE ICBN: THINGS YOUNEEDTOKNOW -12 Shirley.E. van Heck .............................. .... ........... .............. .. 5
UNCOATED, LOW-VOLTAGE SEM ANALYSIS OF BOTH PROXIMAL AND DISTAL VIEWS
OF THE SAME .Q OCCOLITHS Hartmu Mai .... ................................................................................................. 9
THE DECLINE AND EXTINCTION OF UPPERPLIOCENE DISCOAS1ERS: A COMPARISONOF TWO EQUATORIAL PACIFIC OCEAN RECORDS A/ex Chepstow-Lusty & Mark Chapman ............... 15
BIBLIOGRAPHY AND TAXA OF CALCAREOUS NANNOPLANKTON- 25 Compiled by William G. Siesser ... 21
BIBLIOGRAPHY ANDTAXAOFSILICOFLAGELLATES VI CompiledbyStaciaA. Spau/ding .................. 26
INA MEMBERSHIP DIRECTORY Kevin Cooper, Jeremy Young ........................................... ............... .. ......... 28

GEOGRAPHICAL INDEX OF INDIVIDUAL MEMBERS ................... ........................ ...... ........... ......................... 34
INA MEMBERSHIP CHANGES

compiled by Kevin Cooper .......................................................................... 36

1 ====================~====

Journal of Nannoplankton Research, 17,1, 1995.

News and gossip, .p. 2- 4.

NEWS AND GOSSIP
Compiled and edited by Jeremy R. Young and Jackie A. Burnett on behalfof the INA Committee

EDITORSHIPAs mentioned in the last issue I have taken on rather too

many commitments recently, which is why this issue is solate. Mainly because of this I will be stopping editing the
JNRafter this issue. We have had two volunteers to replace
me- RicJordanandJackieBurnett. Decisions on this and on
the rest of the composition of the INA committee will bemade during the Copenhagen INA Conference, and will
be fully explained in the next issue of the JNR. In theinterim existing committee members can of course be sentjournal items, membership fees, address changes, reprints,
complaints and suggestions.
Jeremy YoungCOMPUTING-DATABASES, SOFIWARE,
MAILING LISTS

Nannobase
As announced ·previously, this database system is freely
available now. The content is essentially similar to that ofthe

Bibliography and Taxa ofNannoplankton, although there
are plans to expand it to include other data, and illustrations.
It includes some 6500 bibliographic references and 3500
taxa. Severalofusareusingitalready, Toobtainacopysend
TWO OOS-formatted high-density floppy disks to Laurel.
To access the database you also need a suitabledatabase management program on your computer. The
database is compiled in dBASEIII plus on an mMcompatible computer so this (or dBASEIV) is the obvious
program to use, but many database programs can readthis file format. Forinformation/copies contact:
Laurel Bybe/1, U.S. Geological Survey, 970 National Center, Reston, VA 22092, USA; phone:703-648-5281, fax:
703-648-5420,
e-mail:lbybel/@.geochange. er. usgs.gov
BugwareMitch Covington is making BUGWARE, his stratigraphic
database/range-chart creation program, available asshareware to academics, with a $75 registration fee (aswith other shareware, you can obtain the program without payment in order to see if it suits your purpose. If it
does then you pay the registration fee). It is a DOS
application requiring a 386 processor, or better, with
4Mb RAM and VG A graphics. The program is available
by anonymous FTP from geomag.gly.fsu.edu/pub/covingtonlbugware. The program has been in active
industrial use for several years but shareware release isa new development and the consequently the total filestructure is still a bit disorganised and documentation islimited. Direct queries and complaints to:
Mitch Covington, 8331 Chickasaw Trail,
Ta//ahassee, FL 32312, USA. Fax (904) 668-3899.
Emai/: mitch@geomag.gly.fsu. edu or bugware@pol. eom

ODP on the world wide list
There is now a major ODP WWW site with a lot of information available.- http://www-odp.tamu.edu. In additiona digital version ofLazarus et al. (1995- Revised chronology of neogene DSDP holes from the world ocean) isavailable at http://www.ngdc.noaa.gov/mgg/geology/
lazarus.html - see announcement below (books). Forgeneral palaeontology browsing a good starting point is
the paleonet page at http: /lwww.nhm.ac. uk/paleonet.

EMAIL-mailinglist
The coccoliths mailing list continues usefully, under thesupervision ofHelen Gillespie. Currently it has about 80
subscribers, ofwhom maybe half are INA members. A
couple ofother mailing lists are worth mentioning. Thereis the micropal mailing list, looked after by Jere Lipps,
and paleonet from Norm MacLeod in the NHM. Micropal
aims to provide a general forum for micropalaeontology,
whilst paleonet extends to all palaeontology. There arealso specialist lists for other groups, e.g. radfolk dealing,
predictably, withradiolaria. Perhapsunsurprisingly, there
is a lot of overlap of membership and most general
discussion is now taking place on paleonet, which can bevery busy - 5-l 0 messages per day, versus only a few a
week on coccoliths. All the mailing lists work in basicallythe same way: messages are sent in to the host computerand it then broadcasts them to everyone on the mailinglist. To subscribe to any of the lists simply send a message
along the following lines: subscribe cocco/iths Erwin
Kamptner (but use your own name, not Kamptner' s, orlife will get confusing!). The relevant addresses are:coccoliths -listserv@Jnorgan. ucs.mun. ea
micropal- listproc@ucmp1.berkeley.edu
radfolk -listserv@ucsd
paleonet- /istserver@nhm.ac. uk

MOUNTINGMEDMSURVEY
There has been a useful response to this survey, particularly
viae-mail. Results will be included in the next issue, so as toallow me to extract more data from Copenhagen attendees.
Shirley E. van Heck, c/o Sarawak Shell Berhad,
XGS/ 1, 98100 Lutong, Sarawak, Malaysia
MEMBERS' NEWS & GOSSIP-After 18.5yearsat Yamagata University, Hisatak.eOkada
has moved back to hisAlma Mater, Hokkaido University,
in Sapporo.
- Hisatake has left behind the newly-wed Ric Jordan, towhom we offer Ot,lf congratulations and best wishes for
manyyearsofhappily-marriedness!
- Congratulations to Jorg Bollman on completing anddefending his PhD on Gephyrocapsa biogeography, he has
PostDocfundingtostayinETH-Ziirichforacoupleofyears
more.

======================~2========================

Journal of Nannoplankton Research, 17, 1, 1995.

News and gossip, p. 2 • 4.

- Brigitta van Niel has left the Institute of Oceanographic
Sciences and is currently somewhere in Asia thinking about
nanno workers whilst travel.ling for afew months. Don at a
Zucchi who we reported asjoining lOS last issue only stayed
briefly before moving on to Millenia, a young biostratigraphy consultancy. However, Phil Weaver has not beenabandoned at lOS, Richard Howe has been persuaded overfrom Australia.
- Patrizia Zlveri is Jan vanHinte's latestrecruitatAmsterdam, she will be working on and supervising research on
nannofossil biogeography from sediment traps.
-Other Italian movements include: Andrea Fiorentinowho
is back in Rome after the best part of a year in Florida,
whilst Francesca Lozar has moved to Torinoto work on the
Late Cretaceous Scaglia Rossa (well since last October but
we missed mentioning it last issue).
-lbomas Ehrendorfermeanwhilehasreturned to his native
Austria, after a prolonged exile, two years in London andfour in Woods Hole, with Marie-Pierre Aubry. Sadly he is
now employed to work on hydrogeology rather thannannos, although he assures us he won't abandon them.

data were compiled from the original Initial Reports volumes ofDSDP. TheBerggren et al. ( 1985) scale was used
for the age of magnetic reversals, and a variety of recent
papers were used to establish a standard modern set ofcalibrations for marine rnicrofossil events to the magnetic
reversal scale. New age vs depth plots were made for eachhole, and for each a new line of correlation was created.
All tabulated stratigraphic data, new age models, and age
depth plots are given as appendices to the report
The report is available in two forms. A printed
version (30 1 pp.; incl. approx. 130 pp. of tables and 157
black & white plots) is available from the Ocean Drilling
Program as Technical Note # 24. Single copies are normally free of charge. Contact:
Alexandra Moreno; Publications Distribution/
ODP-TAMU; Ocean Drilling Program;1000 Discovery
Drive; College Station, TX 77845 USA . Email:Alexandra Moreno@odp.tamu.edu

An interactive hypertext version, including full colour plots, freely downloadable computer readable versions of all files, etc, is available from the NGDC via theWorld-Wide-Web. The URL for this is: http://
www.ngdc.noaa.gov/mgg/geologyllazarus.html. The
NGDC version also includes a downloadable copy of theAge Depth Plot program used to create most of the figuresin the report (runs only on Macs).
Questions, comments and suggestions for improvements may be directed to the senior author:

Sorry this is a bit thin, nothing much has happened in the
UK after all the excitement reported last time, and we still are
not very effective at getting news from the rest ofthe world(Japan excepted). Please don't be bashful, an informal note
to either of us is all it will take to get mentioned here.
Jackie Burnett, Jeremy Young

Davelazarus; Geologischeslnstitut; El'H-Zentrum
CH-8092; Zurich, Switzerland; Fax: 041-1-632-1080. Email: gonzo@erdw.ethz.ch

BOOKS

Evolutionary, Biostratigraphic and Taxonomic Studyof Calcareous Nannofossils from a continuous
Paleocene-Eocene Boundary Section in New Jersey

MEEIJNGS
Italian Nanno-Group,inaugural meeting, June 1994
Anna Farinacci has, over the past four years, succeededin persuading Italian palaeontologists to come to Romeonce a year, in early June. This provides an opportunity to
exchange information on work in progress and, whenpossible, try to coordinate research activities. The contributions presented are published in a volume called
Paleopelagos, which is distributed free. The meetings generally last a couple of days or so and, since the 1994
meeting was well-attended, Elisabetta Erba and I encouraged them to get them together again. About 20 people
participated at the nanno-meeting and we counted about
15 more whom we know, but who could not come. We gave
0\irselvesan almost "formal" definition as the Italian NannoGroup, and divided into smaller groups according to thetime periods studied (Jurassic, Cretaceous, Palaeogene,
Neogene). There should be another meeting this June andwe also plan to present a report on our scheduled activity
at the INA Conference.

Laurel M Bybe/1 & Jean M Self-Trail
U.S. G.S. Professional Paper 1554,
p. 1-36 and plates 1-38.
This volume is now published. It is a major monograph of

Palaeogene (NP8-l1) nannofossils with extensive illustration, description ofa number ofnew taxa (see bibliography)
and a challenging discussion of evolutionary patterns.
Anyone working on Palaeogene nannofossils should obtain a copy.
Available from USGS, Information services, Box
25286,Federa1Center,Denver, 0080225, U.S.A.

Revised Chronology of Neogene DSDP Holesfrom the World Ocean
David Lazarus, Cinzia Spencer-Cervato, Milena PikaBiolzi, Jean Pie"e Beckmann, Katharina von Sa/is,
Heinz Hilbrecht and Hans Thierstein

After nearly 30 years of growth in geochronologic knowledge, the originally published age models for many older
deep sea marine sections have become badly outdated. In
this report, we present newly revised age models for Neogene
sediments from 94 DSDP holes. Biostratigraphic data forplanktonic foraminifers, calcareous nannofossils, diatoms
and radiolarians, paleomagrietic and other stratigraphic

Andrea Fiorentino, Roma
Emilitmiahuxleyi and the Oceanic Carbon Cycle,

London,Aprill995
This conference was organised to mark the end of the,perhaps by now infamous, EC (MAST 11) programme,3

Journal of Nannoplankton Research, 17, l, 1995.

News and gossip, p. 2 - 4. J. Firth: ODPNews, p. 4 - 5.

Coccolithophorid Dynamics: The European Emiliania
hux/eyi Programme (EHUX). It was organised, by me, in
the Natural History Museum (I've always wanted to holda coccolith meeting here and we have had a London INA
meeting already) - with assistance from UCL, particularly
Chris Ellison and Jackie Burnett.
The meeting attracted some 70 European andAmerican participants, about half of whom had participated formally in the MAST programme. As usual with
EHUX activities, they spanned a very wide range of disciplines and so INA members were in a minority (15-20).
The main sessions were preceded by a workshop
day, dealing with the end oftheEHUX project and plotting
new projects. In particular, a group of us started devisinga research network proposal to extend the multidisciplinary
approach to a wider range of coccoliths with a combined
biqchemical-biological-geological project. This lateral successor to the EHUX project has now been submitted,
although we have no idea if it will be funded. A direct
successor of the EHUX project, ECOHUX, which had
been submitted prior to the meeting has since failed. The
hard work was followed by a few bottles of wine before
I threw everyone out to risk the local restaurants.
We then had two days of scientific talks encompassing the range of coccolithophorid research, fromintracellular calcium to remote sensing. A couple of clear
points which stem from the meeting are that nutrient balances are a major control on phytoplankton, and thatcalcification by E.huxleyi does have the effect ofoffsetting
the C0 2 drawdown from photosynthesis. This raised theirreverent thought that it might be easier to offset global
warming by adding silica to the Atlantic than iron to the
Antarctic.
For those interested in the details, the Abstracts
volume is available from me (I'll swap a copy for a reprint
or two). Proceedings will be published as a special issueof the Journal ofMarine Systems (to be guest edited byRoger Harris).
Jeremy Young, Palaeontology Dept., The Natural
History Museum, London SW7 5BD, UK. Tel. 071-9388996; Fax 071 -938-9277; E-mail jy@fthm.ac. uk
The 6th INA Conference, Copenhagen, September 1995
Given the late preparation ofthis issue, the conference willprobably have taken place by the time you receive it. So wehope you will have enjoyed it and must ask non-attendees
to wait for the next issue for a review of the event. In themeantime thanks again to Dave Jutson for his efforts inorganizing this meting.

International Symposium on Cretaceous Stage
Boundaries, Brussels, September 1995
At last, a conference to decide on some Cretaceousstage-boundary stratotypes. This is the follow-up(! )conference to one held in Copenhagen in 1983 (which
prompted much of my own research), and should prove
to be a forum for some heated scientific debate overwhich sedimentary section and which fossil event! Don't
worry- nannofossils will be well-represented. Katharina
von Sal is will provide an overview of the progress innannofossil stratigraphy since the 1983 conference. There
will also be presentations (talks/posters) covering all the
Cretaceous stage boundaries by (in alphabetical order) :Roque Aguado-Merlo, Paul Bown, Jackie Burnett,
Elisabetta Erba, Mihaela Melinte, Simonetta Monechi,
DanutaPeryt, (F. Robaszynski/F. Amedro), TonRomein
and Michael Wagreich. If I have left anyone out, I
apologise (the word nannofossil does not always appear
in the titles!).
As with the INA Conference, Brussels will havetaken place before you receive this issue. A review will
be included in the next issue.
Jackie Burnett, Dept. of Geological Sciences,
University College London, GowerStreet, London WC1E
6BT, UK.

Asian INA Meeting, Lucknow, November 1995
Due to poor response from overseas colleagues, this meeting has been called off. We are planning to organise asmaller meeting, like the one we had in Kuala Lumpur Workshop on Neogene nannofossils oflndian Ocean. For
this please be in look out for announcement in JNR issues.
Sayed A. Jafar, The Palaeobotanical Society, 53
University Road, Lucknow 226 007,Jndia. Tei!Fax: + 91522-381948, +91-522-2210376; +91-522-222061,
E-mail: lkuniv@sirnetd. ern et. in

OCEAN DRILLING PROGRAM NEWSJohn Firth, Ocean Drilling Program, Texas A &M University
ODPLeg160(March 12-May3,1995)drilledtheeastern
Mediternuiean collisional margin to the west, southand east of Crete, and studied sapropel development inthis region. Enrico Di Stefano and Scott Staerkerwere thenannofossil specialists on this leg.

ODP Leg 159 (Jan. 5- March 2, 1995) drilled the Eastern
Equatorial Atlantic Transform Margin in the Gulf ofGuinea, to study the structural development of a transform margin from its inception in early Cretaceous timeto the present, and to study the equatorial Atlantic
gateway opening from the mid to late Cretaceous.
Sediments from the Lower Cretaceous to Quaternary
were recovered. Samir Shafik, David Watkins and Im
Chul Shin were the nannofossil specialists on this leg.

ODPLeg161 (May8-July4, 1995)drilledtheAlboranBasinto study the structural development ofan extensional basin
within a collisional margin area, and studied sapropel

4J. Firth: ODP News, p. 4 - 5. S. van Heck: 1be ICBN, p. ~ -7.

Journal of Nannoplankton Research , 17, 1, 1995.

history in the western Mediterranean. Sapropels were recovered for the first time in the western Mediterranean.
Continental metamorphic crust was recovered in the Alboran
Sea. William Siesser and Eric de Kaenel were the nannofossil specialists for this leg.

Leg 168 (June 21- Aug. 16, 19%) will investigate the natureand consequences ofhydrothermal circulation in oceanic
crust; specifically, to obtain information on lateral gradients in fluid composition, formation pressures and temperatures, formation-scale permeability, and circulation vigour.
Staffing is now underway for this leg.

ODPLeg 162(1uly9- Sept. 3, 1995)isthesecondlegoftheNorth Atlantic-Arctic Gateways program (the first being
Leg 151 ), and will study gateway development between the
Arctic and Norwegian-Greenland Seas, and the Atlantic
Ocean from the Palaeogene to Quaternary, as well as thepalaeoceanographic and palaeoclimatic history of this region. Wuchang Wei is the nannofossil specialist for this leg.

Leg169(Aug. 23-0ct.18, 1996)willdrilltheJuandeFucaGorda spreading system to study the inter-relationships oftectonic, igneous and sedimentary processes in controlling
fluid-flow, energy and mass flux, and formation ofhydrothermal deposits at sediment-dominated rift environments. Staffing is now underway for this leg.

Leg 170 (Oct. 23 -Dec. 18, 1996) will drill the Costa Rica
accretionary prism to study the mass- and fluid-flow patterns through the prism to establish the mechanical andchemical behaviour of accretion and underplating, tectonic erosion, and to determine how deformation anddewatering are distributed throughout an accretionary
prism. Staffing is nowunderway for this leg.

Leg 163 (Sept. 7- Oct. 28, 1995)will drill the southeastern
Greenland margin, at 66°N, to study the seaward-dipping
basalt reflectors that formed massive flows along this margin during the early rifling of the Norwegian-Greenland
Sea. No nannofossil specialists will sail on this leg.
Leg164(Nov.l-Dec. 19, 1995)willdrilltheBlakeRidgeand
Carolina Rise to study gas hydrate formation. Hisatake
Okada will be the nannofossil specialist on this leg.

Scientific Prospectuses for upcoming ODP Legs, beginning with Leg 164, and Preliminary Reports of past legs,
beginning with Leg 159, are now available on the World
Wide Web at http://www-odp.tamu.edu
For more information on Ocean Drilling and other
JOIDES activities, write to Joint Oceanographic Institutions, Inc., 1755 Massachusetts Ave., NW, Suite 800,
Washington, D.C., 20036-2102, U .S.A.; Phone:202-232-3900; Internet: joi@iris.edu; to request
copies of the JOIDES Journal.
To apply for participation as a shipboard scientist
on an ODP cruise, send a letter of request and a resume to
the Manager of Science Operations, Ocean Drilling Program, TexasA&M University Research Park, College Station, TX, 77845. You will receive an application form tofill out and return to ODP.
To request samples from ODP ID SDP cores, send a
letter of request to Chris Mato, Assistant Curator, Ocean
Drilling Program, Texas A& M University Research Park,
College Station, TX, 77845. You will receive an application
form to fill out and return to ODP.

Leg 165 (Dec. 24, 1995- Feb. 18, 1996) will drill in the
Caribbean Sea and the Cariaco Basin to study Cretaceous,
Palaeogene and Neogene ocean history, the Cretaceous/
Tertiary boundary event, and high resolution Quaternary
sedimentation in an anoxic basin. Tim Bra lower andKoji
Kameo will be the nannofossil specialists for this leg.

Leg 166 (Feb. 23- Aprilll, 1996)will studythesea-leveland fluid-flow changes in the Bahamas carbonate platform, and the history of changes in oceanic circulationand climate from the mid Cretaceous to Recent. Staffing
is now underway for this leg.
Leg 167 (April 21- June 16, 1996) will study the variability in strength and heat/salt transport capacity of the
California Current due to climatic and tectonic changes in
the Pacific Basin, and its relationship to fluctuations in
upwelling and primary productivity, and CCDchanges in
the NE Pacific. Staffing is now underway for this leg.

THE ICBN: THINGS YOU NEED TO KNOW- 12
Shirley E. van Heck, SSB, Lutong, Sarawak, Malaysia

A new version of the International Code of BotanicalNomenclature has now been published(Greutereta/. 1994).
I prepared this issue using the old code but it has been
amended where necessary to follow the new code, inparticular some article renumbering has occurred [the oldnumbers are given in square brackets]. I hope to give ar~view of the new code in the next issue.
After exploring the rules that deal with typification,
we return to rules dealing with validity, and pick up thestory with Article 41. This article, together with Article 32(discussed in issue 7, INA Newsletter 14/3), contains themost basic, and therefore the most important, validity
rules.

ARTICLE414l.J.Jnordertobeva/idlypub/ished, a nameofa family must be accompanied (a) by a description or
diagnosis of the taxon, or (b) by a reference (direct o~indirect) to a previously and effectively published descriptionordiagnosisofafamilyorsubdivisionofafamily.
No surprises here, as this is pretty standard.

5

Joumalof Nannoplankton Research, 17, I, 1995.
.

S. van Heck: The ICBN, p. 5-7 .

,,41. J/ In order to be validly published, a name ofa genus
or subdivision ofa genus must be accompimied (a) by adescription or diagnosis ofthe taxon (but see Art. 42). or(b) by a reference (direct or indirect) to a previously andeffectively published description or diagnosis ofa genus
or subdivision of a genus.

The next is a famous article, that has caused much confusion:
ARTICLE 43 43.1. A name of a taxon below the rank ofgenus is not validly published unless the name of thegenus or species to which it is assigned is validly publishedat the same time or was validly published previously.
Kamptner has provided us with numerous examplesof this. For instance the genus Cocco/ithites Kamptner,
195 5 is invalid because it was introduced as a provisional
name(contra Art. 34, see issue 9, INA Newsl.16/1), and all
the species (well over 50) included in the genus are likewise
invalid, because of Art. 4 3. However, note thatthis Article
only deals with INVALID genera, not ILLEGITIMATE
genera, for which other rules apply:

Article 42 deals with monotypic genera, a special case thatmeans that the genus consists of only one species:
ARTICLE 4242. 1. Thenamesofagenusandaspeciesmay
be simultaneously validated by provision of a single
description (descriptio generico-specitica) or diagnosis,
even though this may have been intended as only genericor specific, if all of the following conditions obtain: (a)the genus is at that time monotypic; (b) no other names(at any rank) have previously been validly publishedbased on the same type; and (c) the names ofthe genus andspecies otherwise fulfil the requirements for valid publication. Reference to an earlier description or diagnosis
is not accepted as provision of such a description or
diagnosis.

ARTICLE 55 55.1. [fonnerlyArt68.1) A name ofa species
or subdivision ofa genus, autonyms excepted (Art. 22.1),
may be legitimate even ifits epithet was originally placed
under an illegitimate generic name.
Example: In 1877 Wallich introduced the genus
Coccosphaera, with two named species: C. pelagica andC. carteri. The name Coccosphaera is a homonym, andhence illegitimate, but the species names remain available
to be used in other combinations. See also van Heck ( 1990)
for a complex case history - Pseudoemiliania /acunosawhich had been considered illegitimate. Similarly forvarieties and other sub-specific ranks ..

42.2 [formerlyArt42 Note 1] For the purposesofArt42,
a monotypic genus is one for which a single binomial isvalidly published, even though the author may indicatethat other species are attributable to the genus.
Examples are: Ceratolithus, of which only one
species (C. crista/us) was published originally. C. crista/us
is therefore automatically the type species. Another example is Coccolithus, of which the only included species was
C. oceanicus.

55.2 An infraspecific name, autonymsexcepted (Art. 26.1),
may be legiti/nate even ifitsfinal epithet was originallyplaced under an illegitimate specific name.
The last article of this section is Article 45 :We return to Article 41 , with the rules for species:
41.3. In order to be validly published, a name ofa species
must be accompanied (a) by a description or diagnosis of
the species (but see Arts. 42 and 44), or (b) by a reference
to a previously and effectively published description or. diagnosis ofa species or infraspecifictaxon, or (c), undercertain circumstances, by reference to a genus whosename was previously and validly published simultaneously with its description and diagnosis. A reference asmentioned under (c) is acceptable ifneither the author of
the name of the genus nor the author of the name of thespecies indicate that more than one species belongs to thegenus in question.
The reference to article 42 again applies tomonotypic genera, and we can ignore Art.44. Note thatspecies names that are introduced without description(and hence invalid according to this rule) are generally
referred to as nomen nudum. These nomina nuda occur
fairly frequently, for instance when an author is aware ofa name in print, and cites it in the expectation that the
publication with the new name will be published before
the paper in which he cites it. They should be rigorously
avoided. The statement under (c) is interesting, as it
indicates that (before 1958, when no type was required)a genus name is perfectly valid and legitimate if nospecies have been included, provided the other requirements ofthe ICBN are fulfilled .

6

ARTICLE 45 45.1 The date ofa name is that of its valid
publication. When the various conditions for valid publication are not simultaneously fulfilled, the date is thaton which the last is fulfilled. However, the name must
always be explicitly accepted in tht~ place of its validation. A name published on or after 1 Jan. 1973forwhich
the various conditions for valid publication are notsimultaneously fulfilled is not validly published unless afull and direct reference (Art.33.2) is given to the places
where these requirements were previously fulfilled.
The application of this article is basically forvalidations, for which several examples can be found in
earlier issues ofthe INA Newsletter. A discussion ofArt. 33.2
andinparticular33Al, whichexplainshowafullanddirectreference is defined, is given in issue 8 (IN A Newsl. 15 /1 ).
45. 3. A correction ofthe original spelling ofa name (seeArt. 73) does not affect its date of valid publication.
Art. 60 [formerly 73] explains what the correctspelling is, and has been discussed in detail in issue 2(INA Newsl. 12/2). This rule applies in particular toterminations, which should always be corrected (see Art.
32.6, briefly referred to in issue 3, INANews1.12/3, andto be discussed more extensively in the next issue). Thus,
one should refer to Reticulofenestra umbilicus andMicula murus, without changing the name of the original author or date of publication.

S. van Heck: The ICBN, p. S -7.

Journal of Nannoplankton Research, 17, 1, 1995.

45. 4. For purposes ofpriority only legitimate names aretaken into consideration (see Arts. 11, 52-54). However,validly published earlier homonyms, whether legitimate
or not, shall cause rejection of their later homonyms,
unless the latter are conserved or sanctioned (but see Art.
15 note 2).
Note again the distinction between valid andlegitimate. The last 5 issues have dealt mainly withvalidity and some of the coming issues will deal withlegitimacy. Hence, the references to these articles will
not be followed up now, but left for the near future.

they comply with the pertinent non-botanical code (in ourcase the ICZN). There is no rule that states that the reverseshould also apply. In other words, if a name, publishedunder the zoological code, is either invalid or illegitimate
according to that code, but would be valid I legitimate
under the botanical code, what is its status? Loeblich andTappan (1966 - 1973) considered such names invalid I
illegitimate, and they have been generally followed, but I
am not convinced this is correct. In this matter I intend toseek the advice of the Botanical Committee, and work out
some of the consequences for our nomenclature.

The last point of Article 45 causes much confusion:

REFERENCES:

Greuter, W., 1988: International Code ofBotanical Nomenclature.
(Berlin Code). Koeltz Scientific Books, 328 pp.
Greuter, W. et al., 1994: International Code ofBotanical Nomenclature. (Tokyo Code). Koeltz Scientific Books, 389 pp.
Heck, S.E. van, 1990: On the validity ofPseudaemiliania lacunosa
Kamptner 1963 ex Gartner 1967. INA Newsletter 12/2,
pp.11,12 .
Heck, S.E. van, 1990: The ICBN: things you need to know -2 .
INA Newsletter 1212, pp.S-10.
Heck, S.E. van, 1990: The ICBN: things you need to know -3.
INA Newsletter 12/3, pp.59- 61 .
Heck, S.E. van, 1992: The ICBN: things you need to know -7.
INA Newsletter 14/3, pp. lOO- 101.
Heck, S.E. van, 1993: The ICBN: things you need to know -8.
INA Newsletter 15/1, pp.8-9.
Heck, S.E. van, 1994: The ICBN: things you need to know -9.
INA Newsletter 16/1, pp.6-7.
Loeblich, A.R. & Tappan,H., 1966 - 1973: Annotated index andbibliography of the calcareous nannoplankton I - Vll.
Phycologia vol.5(2t3), 9(2), I 0(4 ), and.!. Paleont. vol.42(2),43(2), 44(3), 47(4).

45.5: /fa taxon origina/lyassignedtoa group not coveredby this Code is treated as belonging to a group ofplants
other than algae ...... Ifthe taxon is treated as belonging
to the algae, any of its names need satisfy only therequirements of the pertinent non-botanical code forstatus equivalent to valid publication under the botanical Code (but see Art. 54, regarding homonymy).
The reference to Article 54 [formerly 65] will befollowed up in a later issue. Right now I would like to draw
your attention to some controversial issues related to thisarticle. Two problems arise with early publications: 1) it is
not always clear whether the original author treated thenannofossils as plants (algae) or animals. In fact, when I
wrote to one author asking him about this to solve a
nomenclatural problem, he answered that at the time of
publication he considered them as belonging to a third
kingdom, Protista. To my knowledge, there are no guidelines for cases like this, and I recommend that in case of
doubt the ICBN is applied. 2) Note that this article only
states that taxa should be considered valid I legitimate if

7

Journal of Nannoplankton Research, 17, I, 1995.

HEAD PALAEONTOLOGY
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part of the ·worldwide network of theRoyal Dutch/Group of Companies. In
Malaysia we have been operating for
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companies are involved in the
manufacturing,marketinganddistribution of oil, gas. chemicals andrelated products.
SARAWAK SHELL BERHAD and
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•

We are presently looking for a suitably qualified Malaysian to fill the above
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THE JOB
The Head of Palaeontology supervis~s the operations of a small team of
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and
1s
responsibleforevaluatingallmicropalaeontological results and related data management. He/she is involved in
integrated stratigraphical studies and works closely with other specialists. seismic
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Applicants should be enthusiastic and self-motivated with a proven track record in
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• have a working knowledge of benthonic and planktonic foraminifera.
have a sound knowledge of stratigraphical methods and techniques.
possess good communication skills.
Preference will be given to candidates with post-graduate qualifications instratigraphy, or experience in calcareous nannofossils and sequence stratigraphy.
We offer a highly competitive remuneration package to match your qualifications.
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If you possess the above qualities and experience, please write to us giving yourfull curriculum vitae to :The Head of Recruitment
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TO BUILD AND NURTURE A CREATIVE, EFFECTIVE, EFFICIENT AND FLEXIB.LE WORKFORCEg

H. Mai: Uncoated, low-vohage SEM analysis ... , p. 9 - 13.

Journal of Nannoplankton Research, 17, I, 1995.

UNCOATED, LOW-VOLTAGE SEM ANALYSIS OF BOTH PROXIMALAND DISTAL VIEWS OF THE SAME COCCOLITHS
Hartmu Mai, UniversiU:il Bremen, Fachbereich Geowissenschaften, Postfach 330440, D-28334 Bremen, Germany

Abstract: Proximal and distal views of the same coccoliths are figured. High-resolution images of both sides
of a coccolith can be achieved by subjecting uncoated specimens to a low-acceleration voltage with a reduced
emission current of between 6 and 12 11A A highly-polished carbon stub provided with a TEM "locator grid"is used in order to decrease charging and to ensure accurate relocation of the specimens.

Introduction
Mai ( 1988) described a new method for examining bothsides ofa single coccolith in the scanning electron electron
microscope. This method has not been widely noted and so
as a contribution to the current interest in methods (vanHeck 1994) we give a brief summary with some improvements of the technique here and provide new examples of
the results.

between 3 and 6 kV acceleration voltage and 6-l211A
emission current. The working distance should be 8 mm or
less.
When photographing the coccoliths, make a noteof their index positions on the grid, so that they can be
relocated. To observe the obverse sides, place a doublesidedadhesive carbon tab over the grid. Take care to apply
only a little pressure. Remove the tab from the stub. The"locator grid" and the coccoliths will adhere to the tab.
Mount the tab on a normal aluminum SEM stub andobserve as detailed above.

MethodFlood a few drops of cleaned (i.e. centrifuged) coccoliths
in suspension over a highly-polished carbon stub andallow to dry at about-50°C. Place a TEM "locator grid"on the stub. If necessary, affix the grid with quick-drying
silver paint.
In order to observe the specimens, set the SEM at

Reference
Mai, H., 1988: A new method for SEM analysis of both proximaland distal sides ofthe same coccolith. - J. Paleont., 62( 1),pp. 151-152.

9

H. Mai: Uncoated, low-vohage SEM analysis ... , p. 9 - 13.

Journal of Nannoplankton Research, 17, I, 1995.

PLATE 1

1:

2:
3:
4:

Eiffellithus turriseiffelli (Deflandre, in Deflandre & Fert) Reinhardt 1965
Prediscosphaera cretacea (Arkhangelsky) Gartner 1968
Prediscosphaera spinosa (Bramlette & Martini) Gartner 1968
Staurolithites compactus (Bukry) Thierstein 1971==========================10

H . Mai: Uncoated, low-vohage SEM analysis ... , p. 9 - 13.

Journal of Nannoplankton Research, 17, I, 1995.

PLATE2

5:
6:
7:
8:

Cribrosphaerella ehrenbergi (Arkhangelsky) Deflandre in Piveteau 1952
Kamptnerius magnijicus Deflandre 1959
Arkhangelskiella cymbiformis Vekshina 1959
Micula staurophora (Gardet) Stradner 196312

==================~===== 13

Journal of Nannoplankton Research, 17, I, 199.5.

14

A. Chepstow-Lusty, M. Chapman: The decline and extinction. .. , p. 15 - 19.

Journal of Nannoplankton Research, 17, I, 1995.

THE DECLINE AND EXTINCTION OF UPPER PLIOCENEDISCOASTERS: A COMPARISON OF TWO EQUATORIALPACIFIC OCEAN RECORDS
A/ex Chepstow-Lustyl & Mark Chapman, The Godwin Laboratory, Department of Earth Sciences, Free School
Lane, Cambridge, CB2 3RS, UK
1
now at Department of Plant Sciences, Downing Street, Cambridge, CB2 3EA, UK

Abstract: High-resolution records of Upper Pliocene Discoaster abundances were analysed from two ODP(Ocean Drilling Program) Sites, Site 677 (I 0 N, 84°W) and Site 806 (0°N, 159°E). Both sites are in theequatorial Pacific Ocean, but almost 13,000 km apart. A high-resolution oxygen isotope stratigraphy from
Site 677 has formed the basis of a revised, orbitally-tuned timescale. This timescale was extrapolated toSite 806 using biostratigraphic datums. The Discoaster brouweri records at bOth sites prior to its extinction
at 1.95 Ma (isotope Stage 72) document a dramatic reduction in abundance between 2.15 and 2.12 Ma(isotope Stages 82 and 80, respectively). The Discoaster triradiatus acme (2.15-1.95Ma) coincides withthis interval of low Discoaster abundance but is still clearly discernible. Site 677 in the eastern Pacific isaffected by the cold Peru Current. It is suggested that the advection of cooler water intensified during glacialisotope Stage 82, causing increased upwelling and lower sea-surface temperatures, which suppressed
Discoaster production. Site 806, in the western Pacific is affected by divergence related to the equatorial
currents, rather than by a cool boundary current system, so surface-water temperatures are relatively stable
on a glacial-interglacial scale. The decline in Discoaster abundance in the western equatorial ocean, duringisotope Stage 80, is, therefore, more likely to be attributable to the position of equatorial divergence andcorresponding changes in the thermocline and nutricline. The decline in abundance patterns observed in
the two equatorial Pacific sites are also evident in records from the equatorial Indian and Atlantic Oceans,
although the reduction in Discoaster abundances in these two regions are less extreme.

Introduction
The genusDiscoasterfirst appeared in the oceanic recordin the late Palaeocene. The last two species, Discoasterbrouweri and Discoaster triradiatus, became extinct in
the late Pliocene, just prior to the Olduvai Subchron at
1.95 Ma (e.g., Takayama, 1970; Rio, 1982; Backman&
Shackleton, 1983; Driever, 1988). A number of studies
have concluded that discoasters favoured warm watermasses(e.g.,Haq&Lohmann, 1976;Bulay, l978;Backman& Pestiaux, 1987) and that their abundance decreased
markedly with increasing latitude. Cyclic fluctuations of
discoasters, especially in records from the tropics(Chepstow-Lustyetal., 1989,1991, 1992},pointedtothe
importance of a factor other than temperature, which was
suggested to be productivity pressure.
Study ofHole 806C provided high-resolution data
(Backman & Chepstow-Lusty, 1993) from this extreme
western Pacific site, influenced by a low-intensityupwelling
regime. This can be compared with Site 677 in the far

eastern Pacific, located within a major upwelling area
(Figure I, Table 1). Site 806 is located on the Ontong
Java Plateau, which is a broad, shallow, mid-ocean highland in the western equatorial Pacific. The sediments from
Site 806 consist offoraminifer/nannofossil ooze. Site 677
is situated in the eastern equatorial Pacific between the
Ecuador and Panama Fracture Zones (Becker et al., 1988),
and is characterised by pelagic, siliceous/ calcareous
nannofossil ooze. Both sites are above the CCD and havevery good .carbonate preservation, hence Discoasterabundances are unlikely to be influenced bydiagenesis.
Discoasters are useful for quantitative studies since they
are less prone to dissolution than planktonic foraminifera
andmostplacoliths(Lohmann&Carlson, 198l).Thesemiquantitative counting technique and taxonomy employed
herefollows that ofBackman & Shackl,eton (1983).
The goal of this work is to compare the Discoasterabundance records from Sites 677 and 806 using a common
timescale. The time interval investigated is approximately

TabletHole
Location

Depth

Reference

806C

0°Nl59"E

2,521
Kroenke,L. W.,Berger, W.H.,Janacek, T.R.,etal., 1991

677A

1°N84°W

3,461
Becker, K., Sakai, H., Merrill, RB. et al., 1988

15

Journal of Nannoplanl<ton Research, 17, I, 1995.

A . Chepstow-Lusty, M. Chapman: The decline and extinction. .. , p. 15 - 19.

PACIFIC OCEAN

300

1800
Figure 1: Location map of ODP Sites 677 and 806 with schematic representation of warm (solid line) and cold (dashed line) surface currents.

the 700 kyrs preceding the extinction of the discoasters(1. 95-2.65 Ma) and the closely-spaced samples analysed(10 cm intervals) correspond to a temporal resolution ofaround 3 kyrs for both sites.

Age models
Detailed work at Site 677 has provided an orbitally-tuned
oxygen isotope stratigraphy and high-resolution
Discoaster abundance record (Shackleton et al., 1990;
Chepstow-Lusty, 1990). The age model for Site 677 is
discussed fully in Shackleton et al. ( 1990). AtHole806C, theextinctions of D. brouweri, D. triradiatus and D.
pentaradiatus are well defined, as is the base of the D.
triradiatusacme (Backman& Chepstow-Lusty, 1993). The
D. triradiatus acme is located using the percentage abundance ofD. triradiatuswithin the combined D. triradiatus
and D. brouweri assemblage (Backman & Shackleton,
1983). Prior to the acme D. triradia Ius usually forms< l%ofthe D. brouweri plus D. triradiatus assemblage, whilst
during the acme it usually forms over 20% of the assemblage. The acme begins at Site 806 with a distinctive peakin D. triradiatus, similar to that observed at Site .607
(Chepstow-Lusty et al., 1989). It is assigned the age of
2.15 Ma in accordance with the orbitally-tuned oxygenisotope stratigraphyfor Site 607 (Raffi eta/., 1993). Theage for the last appearance datum of D. pentaradiatus, at
2.52 Ma, follows the oxygen isotope chronology of Jansen
et a I. ( 1993) from Hole 806B. There is a core break before thedistinctive decline in abundance ofD. brouweri, but samples analysed adjacent to this gap indicate that the abundances are genuinely suppressed either side of this hiatus.
Table 2 summarises the control points for Hole 806C.

Interpretation
Although the sites are approximately 13,000 km apart, andaffected by very different oceanographic conditions, there
are obvious parallels to be observed, since similar andmarked fluctuations in abundance occur at certain intervals. It is apparent that the intense glacial corresponding toisotope Stage 96 had an impact on D. brouweriabundancesthat can be correlated between both sites. However, thepreceding glacial isotope Stages 98 and 100 are of a similar

Table2
Hole806C
Datum
Age(Ma)Depth(mbsf)

EWIIt

D. brouweri & D. triradiatus

1.95

39.30

Extinction

D. triradiatus

2.15

43.15

Abundance Increase

D. pentaradiatus

2.52

53 . ~

Extinction==========================16==========================

A. Chepstow-Lusty, M , Chapman: The decline and extinction .. , p. 15 - 19.

Journal of Nannoplankton Research, 17, 1, 1995.

100r-------T;------------------------------------~6o

50

E
I...
0
LL

+

*

Q)

ro
·c

30

*

0 ~~--~~~~~~~~~~~~~~~~~~~--~--L O
1.8
1.9
2.4
2.5
2.6
2.7
100.-------------------------------------------~LAD D. brouweri+ D. triradiatus-ro"0

Site 806.,'•

Site 677

50

30

I...

0

~

0

1000

Site 806

C\J

*

60

E
E
·c

500

;:

1500

0
I...
..0

1000

Q)

:::J

0

0

1.8

1.9

2

2.7

Ab<rdance dech!

Site 677

500
0

1.8
1.9
2
2.1
3 ,---------------------------~----------------~

018

3.5
4

Site 677

Figure 2: Abundance plots of D. brouweri, D. ttiradiatus and the D. triradiatus acme for Sites 677 and 806 versus the orbitally tuned oxygenisotope stratigraphy for Site 677. • indicates the increase in D. triradiatus abundance used as a control point for constructing the age modelat Site 806.

magnitude in the isotope record but only at Site 677 is
Discoaster production greatly suppressed, whilst abundance patterns remain largely unaltered at Site 806. Quaternary palaeoceanographic reconstructions, inferred fromthe composition of planktonic foraminiferal faunas, haveshown that surface ocean circulation patterns are modified
in response to prevailing glacial or interglacial conditions(CLIMAP, 1976). The CLIMAP results indicate that thedifference between modem and glacial (18,000 B.P.)

boundary current system throughout the late Quaternary (Le eta/., 1995). At Site 806, the major abundance
decline occurs later, at 2.12 Ma, corresponding to glacialisotope Stage 80. Circulation in the western part of the
Pacific, where there is no advection of cool surfacewaters originating in higher latitudes, is dominated by
upwelling driven by equatorial divergence. Any increase in the intensity, or proximity, of divergence will
have modified the regional temperature, nutrient, andbiogeographic patterns within the low latitude Pacificupper water-structure characteristics. This is likely to

Ocean is much more pronounced in the eastern region of
the equatorial divergence. Therefore, the differences observed in the Upper Pliocene Discoaster abundances fromthe eastern (Site 677) and western (Site 806) Pacific Ocean
are probably a result of contrasting regional oceanographic responses to climatic change.
The major abundance decline at Site 677, during
glacial isotope Stage 82 (2.15Ma), is believed to represent
an increase in equatorial upwelling, possibly amplified by
the effects of the cool Peru Current moving northwards up

have affected Discoaster production, because of theirpreference for warm, low-nutrient waters. It may be thatthe different age estimates for the decline in Discoasterabundance document significant circulation differences
and climatic responses between the equatorial eastern
and western Pacific. However, caution is required because, while the Site 677 age model is rigorously constrained, the ~ge model for Site 806 is constructed byinterpolation between three control points and would
benefit from independent chronostratigraphic data. In

the western coast ofSouth America. Planktonic forarniniferal

the equatorial Atlantic and Indian Oceans, at ODP Sites

records from ODP Site 846 have documented analogous
glacial-interglacial shifts in the intensity of the eastern

662 and 709 (Chepstow-Lustyeta/., 1992; Chapman&
Chepstow-Lusty, in prep.), a marked abundance reduc-

17==========================

Journal of Nannoplankton Research, 17, I, 1995.

A. Chepsrow-Lusty, M. Chapman: The decline and extinction. .. , p. 15 - 19.

tion is likewise observed in isotope Stage 82, although
the sustained suppression is less emphatic. Variability inglacial-interglacial shifts in the oxygen isotope data arecomparable for the two time intervals spanning isotope
Stages 78-82 and 96-100, but the Discoaster abundance
records differ markedly. Following isotope Stage 96 theD. brouweri population recover, but after isotope Stage
80 low abundances are sustained up to the extinction
event. This difference could be attributable to ecological criteria such as the size of Discoaster populations,varying competition pressure, and changes in theirbiogeographic distribution, which in turn relate to wider
climatic forcing from factors such as variability in thespatial geometry of the ice sheets and the relative duration of climatic extremes.
In spite oft he suppression of Discoaster production, Sites 677 and 806 clearly record the D. triradiatusacme. The base of the D. triradiatus acme (2.17 Ma) isalmost coincident with a distinctive abundance peak at
Site 806 and occurs before the major reduction in
Discoaster abundance, whereas at Site 677 theDiscoasterproduction is already suppressed and a comparable
event is not recorded. The younger age estimate of2.12
Ma at Site 677, between isotope Stages 79 and 80, may
result from this event remaining unnoticed due to very
low abundances or it may be genuinely diachronous.
Finally, the extinction of D. brouweri and D. triradiatus
occurs at 1.95 Ma, during glacial isotope Stage 72. As
this extinction event is used in the age model for Site 806,
this datum cannot be evaluated Qere, but other coreswith independent, detailed isotope stratigraphies support the 1.95 Maageestimate(Raffieta/., 1993; Chapman& Chepstow-Lusty, in prep.) . The extinction event, ismarked by the end of continuous distribution; occur. rences of single or very few specimens above the extinction event are considered to be reworked. The patternseen here of some 200kyrs of suppressed abundancesprior to extinction is worth noting. It clearly shows that
an abrupt abundance drop near a last occurrence leveJ
cannot be assumed to be the extinction level.
Although both D. brouweri and D. triradiatus
abundance records exhibit variability in relation to climatic change, they also appear to record two majorthresholds of temperature reduction and nutrient increase in the equatorial Pacific. The first threshold, at
isotope Stage 82 in the eastern Pacific, did not take effectuntil isotope Stage 80 in the western Pacific and marked
the onset of cooler temperatures associated withupwelling, cold currents or equatorial divergence. The
extinction of the discoasters is believed to signify anintensification of these conditions resulting in greater
environmental pressure and declining population sizes,
which may have allowed other phytoplankton species tooutcompete them. The morphology of D. triradiatus(only three arms) was the final modification in a lineage
that had been continually reducing skeletal calcificationand the number of arms (Bukry, 1971 ). The increase in D.
triradiatus may represent the last observed adaptive
response of Discoaster to the accentuation of glacialinterglacial climatic variability during the late Pliocene.
Since the discoasters favoured stable, warm conditions

and had speciated across 55 Ma, it can be argued that
thisglobal extinction event truly marks the end of the
Tertiary and is an ideal biological criterion for defining
the base of the Quaternary.

Acknowledgements
AC-L would like to acknowledge the Henry Giles Fellowship and Cherry Foundation. MC was supported by
NERC. We are grateful to Nick Shackleton who contributed to some fruitful discussions and Jeremy Youngand Jackie Burnett for their suggestions to improve theoriginal manuscript. Jonathon Rinde assisted in producing the map.
REFERENCES
Backman,J. & Shackleton,N. J. 1983. Quantitative biochronology
ofPliocene and early Pleistocene calcareous nannofossils
from the Atlantic, Indian and Pacific oceans. Mar.
Micropaleontol., 8, 141-170.
Backman, J. & Pestiaux, P. 1987. Pliocene Discoaster abundance
variations from DSDP Site 606: biochronology and paleoenvironmental implications. !nit. Repts. DSDP, 94, 903910.
Backman, J. and Chepstow-Lusty, A. 1993 . Data report: Late
Pliocene Discoaster abundances from ODP Hole 806C.
Proc. ODP, !nit. Repts. 130 B, 755-759.
Becker, K., Sakai, H., Merrill, R.B. et al. 1988. Proc. ODP, !nit.
Repts. 111, pp 344.
Bukry, D. 1971 b. Discoaster evolutionary trends.
Micropaleontology, 17,43-52.
Bukry, D. 1978. Biostratigraphy ofCenozoic marine sediment by
calcareous nannofossils. Micropaleontology, 24, 44-60.
Chepstow-Lusty, A. 1990. Nannoplankton as indicators of climatic variability in the Upper Pliocene. Unpublished PhD
thesis, Cambridge University, pp 325.
Chepstow-Lusty, A, Backman, J. & Shackleton, N. J. 1989.
Comparison of upper Pliocene Discoaster abundance
variations from North Atlantic Sites 552,607,659,658 and662: Further evidence for marine plankton responding toorbital forcingJnit. Repts. ODP, 108, 121-141.
Chepstow-Lusty, A., Backman, J. & Shackleton, N.J. 1991.
Palaeoclimatic control of Upper Pliocene Discoasterassemblages in the North Atlantic. J. Micropalaeontol., 9,133-143.
Chepstow-Lusty, A., Backman, J. & Shackleton, N.J. 1992.
Comparison of Upper Pliocene Discoaster abundance
variations from the Atlantic, Pacific and-Indian Oceans:
The significance of productivity pressure at low latitudes.
Memorie di Scienze Geologiche, 44, 357-373.
CLIMAP Project Members, 1976. The surface of the ice-age earth.
Science,191, 1131-1137.
Driever, B . W. M., 1988. Calcareous nannofossil biostratigraphy
and paleoenvironmental interpretation of the Mediterranean Pliocene. UtrechtMicropaleontol.Bull. , 36, pp 245.
Haq, B. U. & Lohmann, G. P., 1976. Early Cenozoic calcareous
nannoplankton biogeography of the Atlantic Ocean. Mar.
Micropaleontol., 1, 119-194.
Jansen,E.,Mayer,L. A.,Backman, J.,Leckie,R. M. & Takayama,
T. Evolution ofPiiocene climate cyclicity at Hole 806B ( 52Ma): Oxygen Isotope Record. Proc. ODP, Sci. Results,
130, 349-362.
Kroenke,L.W.,Berger, W. H., Berger,Janecek, T. R.,etal.,Proc.
ODP. !nit. Repts., 130, 553-556.

18==========================

A. Chepstow-Lusty. M. Chapman: The decline and extinction .. , p. 15 - 19.

Le, J., Mix, A. and Shackleton, N.J:, 1995. Late Quaternary
Paleoceanography in the Eastern Equatorial Pacific Ocean
from planktonic foraminifers: a high resolution record
from ODP Site 846. Proc. ODP. Sci. Results, 138.
Lohmann, G. P. &Carlson,J. J. 1981 . Oceanographic significanceof Pacific late Miocene calcareous nannoplankton. Mar.
Micropa/eontol., 6, 553-579.
Rafli, I., Backman, J., Rio, D. and Shackleton, N.J., 1993. PlioPieistocene nannofossil biostratigraphy and calibration tooxygen isotope stratigraphies from Deep Sea Drilling
Project 607 and Ocean Drilling Program Site 677.
Pa/eoceanography, 8 (3), 387-408.

Journal of Nannoplankton Research, 17, I, 1995.

Rio, D.1982. The fossil distribution of eoceolithophore genus
Gephyrocapsa Kamptner and related Plio-Pleistocene
chronostratigmphic problems. In: W. L.Prell, J. V. Gardneret al., /nit. Repts. DSDP~ 68, 325-343.
Shackleton ,N. J.,Berger,A. & Peltier, W. R.1990. An alternative
astronomical calibration ofthe Lower Pleistocene timescale
based on ODP Site 677. Trans. Roy. Soc. Edinb.: Earth
Sciences, 81,251-261.
Takayama, T. 1970. The Pliocene-Pleistocene boundary in theLamont Core V21-98 and at le Castella, southern Italy.
J. Mar. Geol, 6, 70-77.

19

Journal of Nannoplanlclon Research, 17, I, 1995.

20

BIBLIOGRAPHY AND TAXA OF CALCAREOUS NANNOPLANKTON- 25
Compiled by William G. Siesser

A5147

ANAST ASAKIS, G.C., DERMITZAKIS, M. D., & TRIANT APHYLLOU, M;~.
Stratigraphic framework of the Gavdos Island Neogene sediments.
+ Newsl. Stratigr., 32(1): 1-15.

1995

Strat.
TERT.U.
Europe W.

A5148

BEAUFORT,L.
Climatic importance of the modulation ofthe 100 kyr cycle inferred from 16 m.y. long
Miocene records.
+ Paleoceanography, 9(6): 821-834.

1994

Ecol.
TERT .U.
Indian

A5149

BIRKHEAD, M. & PIENAAR, RN.
The flagellar apparatus of Prymnesium nemamethecum (Prymnesiophyceae).
+ Phycologia, 33(5): 311-323.

1994

Bioi.
LIVING

A5150

BUKRY,D.
Coccolith correlation of Late Cretaceous Point Loma Formation at La Jolla and Carlsbad,
San Diego County, California.
+ U.S. Geol. Surv. Open-File Rept. 94-678. 23 pp.

1994(Strat.)CRET.U.
America N.

A5151

BYBELL,LM.&SELF-TRAIL,J.M.
Evolutionary, biostratigraphic, and taxonomic study of calcareous nannofossils froma continuous Paleocene- Eocene boundary section in New Jersey.
+ U .S. Geol. Surv. Prof. Paper 1554. 36 pp.

1995

Strat.;
Syst.;Evol.
TERT.L.
America N.

A5152

CASTRADORI, D.
Calcareous nannofossils and the origin of eastern Mediterranean sapropels.
+ Paleoceanography, 8(4): 459-471.

1993

Ecol.
QUAT.
Mediterr.

A5153

CECCA, F., PALLINI, G., ERBA, E., PREMOLI SILVA, L, & COCCIONI, R.
Hauterivian-Barremian chronostratigraphy based on ammonites, nannofossils, planktonic
foraminifera and magnetic chrons from the Mediterranean Domain.
+Cretaceous Res., 15(4): 457-468.

1994(Strat.)CRET. L.
Europe W.

A5154

CHAPRONIERE, G.C.H., STYZEN, M.J., SAGER, W.W., NISHI, H.,
QUINTERNO, P.J., & ABRAHAMSEN, N.
Late Neogene biostratigraphic and magnetostratigraphic synthesis, Leg 135.
+ In: Hawkins, J., Parson, L. , Allan, J., et al., Proc. ODP, Sci. Results, 135: 857-877.

1994(Strat.)
TERT.U.
Pacific C.

A5155

COVINGTON, M.
New taxa from the Niobrara Formation (Upper Cretaceous) of Kansas, USA.
+ J. Nannoplankton Res., 16(3): 121-131.

1994

Syst.
CRET .U.
America N.

A5156

DHONDT, S., PILSON, M.E.Q., SIGURDSSON, H., HANSON, A.K., & CAREY, S.
Surface-water acidification and extinction at the Cretaceous-Tertiary boundary.
+ Geology, 22(11): 983-986.

1994

Ecol.
K!f BDY

A5157

FARHAN, A.J., BURNETT, J.A., DOWN, P.R & LORD, A.R
Holococcoliths from the Upper Cretaceous of Alabama and Mississippi (U.SA.).
+ Cahiers de Micropaleontol., 9(2): 57-63.

1994

Syst.
CRET.U.
America N .

AS I 58FISHER, C. G., HAY, W.W., & EICHER, D.L.
Oceanic front in the Greenhorn Sea (late middle through late Cenomanian).
+ Paleoceanography, 9(6): 879-892.

1994

Strat.
CRET.U.
America N .

A5159

GIRAUDEAU,J. & ROGERS,J.
Phytoplankton biomass and sea-surface temperature estimates from sea-bed distributionof nannofosssils and planktonic foraminifera in the Benguela upwelling system.
+ Micropaleontology, 40(3): 275-285.

1994

Ecol.
QUAT .
Africa C-S;
Atlantic S.

A5160

HARRIS, W.B. & LAWS, R.A.
Paleogene sediments on the axis of the Cape Fear Arch, Long Bay, North Carolina.

1994

Strat.
TERT .L.
America N .

+ Southeastern Geol., 34(4): 185-199.
21

Journal of Nannoplankton Research, 17, 1, 1995.

W. G. Siesser: Calcareous na~moplanldon bibliography 25, p.21 - 25-------------------------------------1994

A5161

HECK, S.E. van
The ICBN: things you need to know- 11.
+ J. Nannoplankton R~s., 16(3): 107-108.

A5162

HOD ELL, D.A., BENSON, R.H., KENT, D. V., BOERSMA, A., & RAKIC-EL BlED, K
Magnetostratigraphic, biostratigraphic, and stable isotope stratigraphy of an upper Miocene
drill core from the Sale Briqueterie (northwestern Morocco): a high-resolution chronology
for the Messinian stage.
+ Paleoceanography, 9(6): 835~855.

1994

Strat.
TERT.U.
Africa N.

A5163

HOUGHTON, S.D.
Recent coccolith sedimentation patterns and transport in the North Sea: implications forpalaeoceanographic studies of marginal and continental shelf seas.
+ In: Jenkins, D.G .. (Ed.), Applied Micropaleontology, Kluwer Academic Publ.,
The Netherlands, pp. 1-39.

1993

Strat.;
Ecol.
Atlantic N.

A5164

JAFAR,S.A.
Late Maastrichtian calcareous nannofossils from the Lattegebirge (Germany) and the AndamanNicobar Islands (India) - remarks on events around the Cretaceous- Tertiary boundary.
+N. Jb. Geol. Palaont. Abh., 191(2): 251-269.

1994

Strat.;(Syst.);Evol.
K!f BDY
Europe W.;
Asia. S.

A5165

JAFAR,S.A.
K!f boundary species with early Eocene nannofossils discovered from Subathu Formation,
Shimla Himalaya, India.
+Current Sci., 62(5): 409-413.

1992

Strat.;TERT.L.;
K!f BDY
Asia S.

A5166

KENNETT, J.P. & HODELL, D.A.
Stability or instability of Antarctic ice sheets during warm climates of the Pliocene?
+ GSA Today, 5(1): 1, 10-13, 22.

1995

Ecol.
TERT.U.
Antarctica

A5167

KEUPP,H.& MUTTERLOSE,J.
Calcareous phytoplankton from the Barremian/Aptian boundary interval in NW Germany.
• Cretaceous Res., 15: 739-763.
(This paper is also listed under "Calcispheres'')

1994

Strat.;Ecol.
CRET.U.
Europe W.

A5168

MAO, S. & WISE, S.W. Jr.
Late Quaternary calcareous nannofossils from the sedimented middle valley of
the Juan de Fuca Ridge, Leg 139.
+ In: Mottl, M.J., Davis, E.E., Fisher, E.F. & Slack, J.F. (Eds.), Proc. ODP,
Sci. Results, 139: 59-76.

1994

Strat.;(Syst.);
Diag.
QUAT.
America N .

A5169

MUTTERLOSE,J., LUPPOLD, F.W. & GRENDA, F.
Floral and faunal distribution in rhythmically bedded successions of the Hauterivian(Early Cretaceous), NW Germany.
+ Ber. Naturhist. Ges. Hannover, 136: 27-65.
(In German with English summary)

1994

Strat.;Ecol.
CRET.L.
Europe W.

A5170

PAASCHE, E. & BRUBAK, S.
Enhanced calcification in the coccolithophorid Emiliania hux/eyi (Haptophyceae) underphosphorus limitation.
+ Phycologia, 33(5): 324-330.

1994

Bioi.
Living

A5171

PAV~U":,J.
Biostratigraphy of Cretaceous, Paleocene a:nd Eocene clastics of Slovenia.
+ Razprave IV. Razreda Sazu, 35(3): 65-84

1994

Strat.
TERT.L.;

Syst.

CRET.L-U.
Europe E.

A5172

POAG, C.W. & AUBRY, M.-P.
Upper Eocene impactites of the U.S. east coast; depositional origins, biostratigraphic
framework, and correlation.
• Palaios, 10: 16-43.

1995

Strat.;(Syst.)TERT.L.
America N .

A5173

QUINTERNO, P.J.
Calcareous nannofossil biostratigraphy: Sites 840 (Tonga Ridge) and 841 (Tonga Trench).
• In: Hawkins, J, Parson, L., & Allan, J. et al., Proc. ODP, Sci. Results, 135: 267-284.

1994

Strat.;(Syst.)
QUAT.;
Pacific S.

22

W. G. Siesser: Calcareous nannoplankton bibliography 25, p.21 - 25 .
Journal of Nannoplankton Research, 17, 1, 1995.
------------------.------------------A5174

QUINTERNO, P.J., BARRON, J.A., BUKRY, D., & BLOME, C. D.
Late Cretaceous microfossils in a single dredge haul from the Tonga Trench: evidenceof Late Cretaceous environment at the Louisville Hotspot.
• In: Stevenson, Id., Herzer, R.H., & Ballance, P.F. (Eds;), Geology and Submarine
Resources of the Tonga-Lau-Fiji Region, SOPAC Tech. Bull, 8: 285-291.

1994

Strat.
CRET.L.
Pacific S.

A5175

RAHMAN,A. & VERNAL, A. de
Surface oceanographic changes in the eastern Labrador Sea: nannofossil record of thelast 31 ,000 years.
• Marine Geol., 121: 247-263.

1994

Ecol.
QUAT .
Atlantic N .

A5176

REA LE, V. & MONECHI, S.
Cyclagelosphaera wiedmannii new species, a marker for the Callovian.

1994

Syst.
JURA.M.
Atlantic C.

SALIS, K. v.
Some fossil "living coccolithophorid" species.
• J. Nannoplankton Res., 16(3): 109-114.

1994~. ;Evol.

SATO, T. & TAKAYAMA, T.
A stratigraphically significant new species of the calcareous nannofossil

1992• J. Nannoplankton Res., 16(3): 117-119.
A5177

A5178

TERT .L.-U.
Worldwide

Reticulofenestra asanoi.
• In: Ishizaki, K. & Saito, T. (Eds.), Centenary of Japanese Micropaleontology.

Syst.
QUAT.
Atlantic N .

Terra Sci. Publ. Co., Tokyo, pp. 457-460.
SAWYER, D.S., WHIT MARSH, R.B., KLAUS, A. & THE SHIPBOARD
SCIENTIFIC PARTY.
• Proc. ODP, Init. Repts., v. 149 (Iberia Abyssal Plain; Sites 897-901).
[Nannofossils by E. de Kaenel and L. Liu]

1994

A5180

SIESSER, W .G.
Bibliography and taxa of calcareous nannoplankton- 24.
• J. Nannoplankton Res., 16(3): 133-140.

1994

Bib!.

A5181

SPENCER-CERVATO, C, THEIRSTEIN,ILR., LAZARUS, D. B., & BECKMANN,J.-P.
How synchronous are Neogene marine plankton events?
• Paleoceanography, 9(5): 739-763 .

1994(Strat.)
TERT.U .
Worldwide

A5182

STAERKER, T.S.
Calcareous nannofossil biostratigraphy: evidence for thrust faulting and sediment
mixing in the accretionary complex of the central New Hebrides Island Arc.
• In: Greene, H. G., Collot, J.-Y., Stokking, L.B., et al., Proc. ODP, Sci. Results, 134: 179-245.

1994(Strat.)
QUAT.;TERT.L.-U.
PacifiC S.

A5183

ST ANLEY, R.G., COTTON, M.L., BUKRY, D., FILEWICZ, M. V., VALIN, Z.C.,& VORK,D.R.
Stratigraphic revelations regarding the Rincon Shale (lower Miocene) in the Santa Barbara
coastal area, California.
• AAPG Bull., 78(4): 675-676.

1994

Abst.
Strat.
TERT.U.
America N.

A5184

STYZEN,M.J.
Calcareous nannofossil biostratigraphy of Sites 834- 839, Lau Basin.
• In: Hawkins, J., Parson, L ., Allan, J., et al., Proc. ODP, Sci. Results, 135: 191-205.

1994

Strat.;Syst.
QUAT .;
Pacific S.

A5185

SUGARMAN, P.J., MILLER, K.G., BUKRY, D., & FEIGENSON, M.D.
Uppermost Campanian-Maestrichtian strontium isotopic, biostratigraphic, andsequence stratigraphic framework of the New Jersey coastal Plain.
• Geol. Soc. Amer. Bull., 107(1): 19-37.

1995(Strat.)CRET .U .
America N.

A5186~ABENICKA, L.
Coccoliths in the chalk material of high Gothic paintings (14th and 15th centuries, Bohemia).
• V~stnik Ceskeho Geologickeho Ustavu, 69(3): 47-52.

1994

Strat.;(Syst.)
CRET.U.

VAROL,O.

1992

Sullivaniira new genus ofPalaeogene coccoliths.

Syst.;Evol.

• J. Micropalaeontol., 11 (2): "141-150.

TERT.L.

A5179

A5187

==========================23

Strat.

QUAT;lERT;
CRET.
Atlantic N .

W G. Siesser: Calcareous nalUlOplanldon bibliography 2!5, p.21 - 2!5.

--------------------------------------1994
Journal of Nannoplankton Research, 17, 1, 1995.

A5188

A5189

WE I, W.
Senior synonyms of Chiasmolithus expansus and Discoaster distinctus.
• J. Nannoplankton Res., 16(3): 115.

ZIVERI, P., THUNELL, RC., & RIO, D.

Syst.
TERT .L.

1995

Ecol.
LivingPacific N.

1994

Syst.;
Ecol.
CRET.L.
Europe W.

Export production of coccolithophores in an upwelling region: results from San Pedro Basin,
Southern California Borderlands.
• Marine Micropaleontol., 24: 335-358.

CALCISPBERES·
A5190

KEUPP,H.& MUTTERLOSE,J.
Calcareous phytoplankton from the Barremian/Aptian boundary interval in NW Germany.
• Cretaceous Res., 15: 739-763.

OTHER 'ITILES .
A5191

FIRTH,J.
Ocean Drilling Program news.
• J. Nannoplankton Res., 16(3): 106-107.

1994

Report

A5192

YOUNG, J.R, on behalf of INA Committee
News and Gossip.
• J. Nannoplankton Res., 16(3): 100-106.

1994

Report;Reviews========================~24~======~================

' W. G. Siesser: Calcareous nannoplanlcton bibliography 25, p.21 - 25 .

Journal of Nannoplanlcton Research, 17,1, 1995.

------------------------------------Bl83
TAXA
Biscutum dekaenelii COVINGTO~ft994, pp. 121- 122, pi. 2, figs. 5-6. Kansas, USA;
upper Coniacian - lower Santonian ·Biscutum zulloi COVINGTON 1994, p. 121, pi. I, figs. I -5. Kansas, USA; upper Turonian- lower Campanian.
Chiasmolithus HAY, MOHLER, & WADE 1966 emend. VAROL 1992, p. 148.
Chiasmolithus corticosus (SHAMRAI & LAZAREVA) WEI 1994, p. 115; (ex Coccolithus).
Cruciplaeolithus oulehyensis (BOUCHE 1962) VAROL 1992, p. 148; (ex Coceolithus).
Cyclagelosphaera prima (BUKRY 1969) BYBELL & SELF-TRAIL 1995, p. 22; (ex Simi/ieoronilithus).
Cyclagelosphaera wiedmannii REALE & MONECHI 1994, pp. 117 - 118, pi. 1, figs I - 18.
Blake Bahamas Basin; Callovian.
Diseoaster anartios BYBELL & SELF-TRAIL 1995, p. 22, pi. 5, figs. 4- 8; pi. 32, figs. 21- 23;.. pi. 33, fig. I , New Jersey, USA; late Paleocene - early Eocene.
Diseoaster ono STYZEN 1994, p. 199, pi. 1, figs I - 4. Lau Basin and Gulf of Mexico; upper Pliocene.
Fascieulithus sidereus BYBELL & SELF-TRAIL 1995, pp. 27- 28, pi. 16, figs. I - 6; pi. 36,
figs . 6- 9, 11 . New Jersey, USA; late Paleocene- early Eocene.
Homibrookina area BYBELL & SELF-TRAIL 1995, pp. 28- 29, pi. 18, figs. I - 9, pi. 36,
figs. 16, 21, 22 . USA Gulf and Atlantic coasts; late Paleocene- early Eocene.
Lueianorhabdus? cubiterminalis FARHAN, BURNETT, BOWN & LORD 1994, p. 61, pi. 3,
figs. I - 15. Alabama, USA; Campanian - Maastrichtian.
Lueianorhabdus lageniformis FARHAN, BURNETT, BOWN & LORD 1994, p. 61, pi. 3, figs. 16-23.
Alabama & Mississippi, USA; upper Campanian.
Orastrum porosuturalis (BUKRY 1969) FARHAN, BURNETT, BOWN & LORD 1994, p. 60;(ex Diseolithina?).
Pontosphaera deeorata SALIS 1994, p. Ill, pi. I, fig. 13. Dominican Republic; early Pliocene.
Retieulofenestra asanoi SATO & TAKA YAMA 1992, pp. 458 - 460, fig. 3, photos 7 - 13.
Boso Penisula, Japan; middle Pleistocene.
Rhomboaster bramlettei (BRONNIMANN & STRADNER 1960) BYBELL & SELF-TRAIL 1995,
pp. 30 - 31 ; (ex Marthasterites).
Rhomboaster eontortus (STRADNER 1958) BYBELL & SELF-TRAIL 1995, p. 31; (ex Diseoaster).
Rhomboaster orthostylus (SHAMRAI 1963) BYBELL & SELF-TRAIL 1995, p. 31 ; (ex Tribraehiatus).
Rote/apillus applegatei COVINGTON 1994, p. 122, pi. 3, figs. 2-9. Kansas, USA; Santonian.
Sullivania VAROL 1992, pp. 144- 146. Type species: Sul/ivania eonsueta (BRAMLETTE& SULLNAN 1961} VAROL 1992.
Sullivania ealifomiea (SULLNAN 1964) VAROL 1992, pp. 146, 148; (ex Coccolithus).
Sullivania eonsueta (SULLNAN 1%1) VAROL 1992, p. 148; (ex Coceolithus).
Sullivania danica (BROTZEN ex VAN HECK & PERCH-NIELSEN 1987) VAROL 1992, p. 148;
(ex Cribrosphaerella, Chiasmolithus).
Sullivania edvardsii (ROMEIN 1979) VAROL 1992, p. 148; (ex Coceolithus).
Sullivania gigas (BRAMLETTE & SULLNAN 1%1) VAROL 1992, p. 148; (ex Coceolithus).
Sullivania ineonspieua (VAN HECK & PRINS 1987) VAROL 1992, p. 146; (ex Chiasmolithus).
Sullivania minima (PERCH-NIELSEN 1971) VAROL 1992, p. 148; (ex Chiasmo/ithus).
Sullivania nitida (PERCH-NIELSEN 1971) VAROL 1992, p. 148; (ex Chiasmolithus).
Sul/ivania titus (GARTNER 1970) VAROL 1992, p. 148; (ex Chiasmolithus).
Toweius eminens (BRAMLETTE & SULLNAN 1%1) GARTNER 1971 var. eminens autonym
BYBELL & SELF-TRAIL, 1995, pp. 32-33.
Toweius eminens (BRAMLETTE & SULLNAN 1961) GARTNER 1971 var. tovae
PERCH-NIELSEN 1971 stat. nov. BYBELL & SELF-TRAIL, 1995, p. 33.
Toweius serotinus BYBELL & SELF-TRAIL 1995, p. 34, pi. 27, fig. 7; pi. 28, figs. 6, 10; pi. 37,
figs. 29, 30, 35. New Jersey, USA; late Paleocene- early Eocene.
Watkinsia COVINGTON 1994, p. 122. Type species: Watkinsia pedalion COVINGTON 1994.
Watkinsia pedalion COVINGTON 1994, pp. 122 - 123, pi. 4, figs. I - 4. Kansas, USA; Santonian.

A5155
A5155
A5187
A5188
A5187
A5151
A5176
A5151
A5.184
A5151
A5151
A5157
A5157
A5157
A5177
A51S1
A5151
A5151
A5155
A5187
A5187
A5187
A5187
A5187
A5187
A5187
A5187
A5187
A5187
A5151
A5151
A5151
A5155
A5155

NEW TAXA
GeneraSullivania
Watkinsina
Species and Varietie
anartios, Diseoasterapp/egatei, Rotelapillus
area, Homibrookina
asanoi, Reticulofenestra
eubiterminalis, Lucianorhabdus?
deeorata, Pontosphaera
dekaenelii, Biseutum
eminens var. eminens, Toweius

eminens var. tovae, Toweius
lageniformis, Lueianorhabdus
ono, Discoaster
pedalion, Jfatkinsia
serotinus, Toweius
sidereus, Fasciculithus
wiedmannii, Cyclagelosphaera

zulloi, Biscutum=========================25============~============

BIBLIOGRAPHY AND TAXA OF SILICOFLAGELLATES VI
Compiled by Stacia A. Spau/dingFirst of all, my apologies for not including references which were published in the latest volumes of the Ocean Drilling Program. After
traveling 160 kilometers to the library at the University of Vermont I learned that the section which houses this type of document is closed
on the weekends (at least in the summer). I will include these in the next edition of this bibliography. Secondly, please keep in mind that
I have~ limited access to materials which are published outside the U.S.A. The only way that this bibliography can be brought (andkept) up to date is with your help.
Kindly send all of your reprints or publications concerning silicoflagellates to: Stacia A. Spaulding, RR 1 Box 127, Proctorsville,
Vermont 05153 U.SA.
E501

AMI GO, A. E., CIESIELSKI, P.F. & BJORKLUND, K.R
Diverse middle Eocene silicoflagellate assemblages from the Norwegian Sea: evolutionary
and stratigraphic significance.
• Geol. Soc. Amer. Abstr. Progr., 25(6): 190.

1993

Abst.
Strat.
Evol.
TERT.L.

E502

DEWEVER,P.,CHAMLEY,H.,ET AL.
Radiolarian and silicoflagellate biostratigraphy and clay mineralogy of Cenozoic
sediments from NAUTIPERC Cruise (off northern Peru, 5-11 o S).
+ EOS, 73 (suppl): 152.

1992

Abst.
Strat.
TERT.U.
QUAT.
Pacific C.

E503

DELL' AGNESE, D.J. & CLARK, D.L.
Siliceous microfossils from the warm late Cretaceous and early Cenozoic Arctic Ocean.
• J. Paleont. 68(1): 31-47, 12 figs.

1994(Strat.)(Syst.)Ecol.
TERT.L.
CRET.U.
Arctic

E504

HALLAM,A. & PERCH-NIELSEN, K.
The biotic record of events in the marine realm at the end of the Cretaceous: calcareous,siliceous and organic- walled microfossils and macroinvertebrates.
• Tectonophysics 171(1• 4):347-357, 3 figs.

1990

Overview
Kff BDY
Evol.

E505

HENRIKSEN, P. KNIPSCHILDT, F., ET AL.
Autecology, life history and toxicology of the silicoflagellate Dictyocha speculum(Silicoflagellata, Dictyochophycaea).
+ Phycologia, 32(1): 29-39, 13 figs., 2 tbs.

1993

(Syst.)
Ecol.
Bioi.
Living

E506

JORDAN, R W., PRIDDLE,J., ET AL.
Unusual diatom layers in upper Pleistocene sediments from the northern Weddell Sea.
• Deep Sea Res. 38(7): 829-843, 4 figs.

1991

Ecol.
Quat.
Southern

E507

JORDAN, R. W. & PUDSEY, C.J.
High-resolution diatom stratigraphy of Quaternary sediments from the Scotia Sea.
• Mar. Micropaleont., 19: 201-237, 10 figs., 1 tb.

1992

Strat.
Quat.
Southern

E508

JOUSE,A. P.
Diatom biostratigraphic zones of the Eocene.
+In: Simonsen, R. (ed.) Fifth Symposium on Recent and fossil diatoms.
Nova Hedwigia Beihefte, 64: 427-445, 5 pis.

1979

(Strat.)
TERT.L.
Europe E.

E509

LeMASURIER, W.E., HARWOOD, D. M., & REX. D. C.
Geology of Mount Murphy volcano: an 8 m.y. history of interaction between
a riftvolcano and the West Antarctic ice sheet.
• Geol. Soc. Amer. Bull. 106(2):265-280, 14 figs., 3 tbs.

1994

Strat.
Antarctic
TERT.U.

E510

LIPPS,J.H. & WETMORE, K.L.
Transfers of algal, microfossil, plant, and vertebrate materials to the University ofCalifornia Museum of Paleontology.
• J. Paleont. 67(5): 894-898, 4 tbs.

1993

E511

MURRAY,D.W.
Decadal- to milleniill-scale ENSQ variations r~rded in Gulf of California sediments.
'. '+ EOS, 73 (suppl.): 154.

1992

Abst.
Ecol.

RecentPacific N.

26

S. A . Spaulding: Bibliography of silicoflagellates VI, p.26 - 27.

E512

Journal of Nannoplankton Research, 17, I, 1995.

MURRAY,D.W.,ZANI,M.R.,& THUNNELL,R.

1993

Abst.
Sedim.
RecentPacific N.

Silicoflagellates in the sediment traps and near-surface sediments in the Gulf of California.
+ EOS, 74 (suppl): 371.

E513

PILSKALN, C. H.
Composition of Black Sea Basin fluff layer and underlying surface sediments: implications
for recent mechanisms of particulate deposition anJ geochemical transformations occurringat the sediment• water interface.
+ AGU 1990 ocean sciences mtg. 71(2):151.

1990

Abst.
Sedim.
M edit.

E514

SOSSON, M., BOURGOIS, J & DeLEPINA Y, B.

1994

Strat.
TERT.U.
Atlantic C.

1994

Bib!.

1993

Strat.
America N.
TERT.U.

1988

Abst.
Sedim.
RecentPacific N.

1992(Syst.)
Ecol.
LivingAtlantic N.

1980

Morph.
Living1994

Strat.
TERT.L.
Europe W.

SeaBeam and deep submersible Nautile surveys in the Chiclayo canyon off Peru (7°):
subsidence and subduction-erosion of an Andean-type convergent margin since Pliocene times.
• Mar. Geol. 118(3-4): 237-256, 12 figs.
E515

SPAULDING, S.A.
Bibliography and taxa of silicoflagellates V.
• J. Nanno. Res., 16(1): 29-30.

E516

SUGARMAN, P.J., MILLER, K.G., ET AL.
Strontium-isotope and sequence stratigraphy of the Miocene Kirkwood Fm., southern
New Jersey.
+ Geol. Soc. Arner. Bull. 105(4): 423-436,9 figs., 1 tb.

E517

T AKAHASHI, K.
Opal flux dynamics and partition for silica cycle.
+ EOS 69(44): 1138.

E518

TAKAHASHI,K.&BLACKWELDER,P.L.
The spatial distribution of silicoflagellates in the region of the Gulf Stream warm-corering 82B: application to the water mass tracer studies.
• Deep Sea Res., (A) 39:S327-346, 12 figs., 1 tb

E519

THOMAS, W.H.,HOLLIBAUGH,J.T.,& SEIBERT,D.L.R.
Effects of heavy metals on the morphology of some marine phytoplankton.
• Phycologia, 19(3): 202-209, 5 figs., 3 tbs.

E520

VON SALIS PERCH-NIELSEN, K.
The silicoflagellate zonation around the Paleocene-Eocene boundary in northernEurope.
+ GFF, lt6( l): 60-61, 2 figs.

27

Journal of Nannoplankton Research, 17, 1, 199.5.

, INA membership directory, p. 28- 33.

--------------------------------~----INA MEMBERSHIP DIRECTORY
As with previous membership lists we have included all East European, Former Soviet Union and Chinese nannofossil
workers irrespective of whether they are actually IN A members, we hope this will be ofvalue in aiding collaboration withthese countries. The list of Chinese workers was updated by Cheng Xinrong who copies and distributes the JNR within
China. For the rest ofthe world only INA members are included. For this issue email addresses have been added wherever
we know them.
Kevin Cooper, Jeremy Young

INDIVIDUALMEMBERS
Abdoerrias, R.; UNOCAL Indonesia Ltd., Pasir Ridge, P.O. Box 276, Balikpapan 76101; Kalimantan-Timur; INDONESIA
Aguado Merlo. Roque; Univ. de Granada, Escuela Uriiversitaria Politecnica, Dept. de Estratigrafta y Paleontologia; Linares 23700; SPAIN.
Aguilar, P.; Darro 22; Madrid 28002; SPAIN.
Alcober, Juan; PI Andujar 3; Valencia 46006; SPAIN.
Amore, Ornella; Dipartimento di Scienze della Terra, Largo S. Marcellino 10; Napoli 80138; ITALY.
Andreeva-Grigorovitch, Aida S. ; Dept. of Geology, Lviv Univ., s. Engels 4.5/1; Lviv 290044; UKRAINE .
Andruleit, Harald; Sonderforschungsbereich 313, Univ. Kiel, Heinrich-Hecht Platz 10; Kiel D-24118; GERMANY.
Angelozzi, Gladys; Y P F Lab Geologico, 1888 Florencio Varela; Buenos Aires; ARGENTINA
Atri, Anna d '; Dipartimento di Scienze della Terra, V. Accademiadelle Scienze .5; Torino 10123; ITALY.
Aubry, Marie-Pie"e; Lab. de Geologie du Quaternaire, CNRS-Luminy, Cose 907; Marseilles 13288 Cedex 9; FRANCE.
Backman, Jan; Dept of Geology & Geochemistry, Stockholm University, Stockholm S-106 91; SWEDEN. Ernail:backman@geologi.su.se
Baky, Alaa M.; PT Robertson Research Utama, Building 108C,Cilandak Commercial Estate, Jln. Cilandak., K.K.O.; Jakarta 12.560;
INDONESIA.
,Baldanza, Angela; Dipartimento di Scienze della Terra, Piazza Universita 1; Perugia 06100; ITALY.
Baldi-Beke, Moria; Rak.oczi u. 42.; Urom 2096; HUNGARY.
Barbin, Vincent; Geologisches Institut, Baltzerstrasse, 1; Berne CH-3012; SWITZERLAND.
Baumann. Dr Karl-Heinz; Fachbereich Geowissenschaften, UniversitAt Bremen, Postfach 330 440; Bremen D-28334; GERMANY.
Beaufort. Luc; Laboratoire de Geologie du Quatemaire, CNRS- Luminy, Case 907; Marseille 13288 CEDEX 9; FRANCE.
Beck, Debra; c/o UNL, 21 I Bessey Hall, Lincoln,; NE 68.588-0340; U.S.A
Bergen, Jim A.; Amoco Production Company, PO Box 3092, Houston; TX 77253-3092; U.S.A. Emai1:ax400.zjab35@ssw.amoco.com
Bischoff. Gregor; UniversitAt Hannover, lnst f!lr Geologie & PalAontologie, Callinstr 30; Hannover D-28334; GERMANY.
Bleijswijk. Judith van; NIOZ, Dept., Pelagische Systernen, Postbus .59, Den Burg; Texel; THE NETHERLANDS. Ernail;.fudith@nioz.nl
Bogdanovitch, E. M.; Dnepropetrovsk Univ.; Dnepropetrovsk 320027; UKRAINE.
Bonnemaison, Monique; C/del Solano 44, lA, Prado de Somosaguas - Pozuelo; Madrid 28023; SPAIN.
Boudreaux, Joe E.; 1240 Shirley Drive, New Orleans; LA 70114; U.S.A.
Bown, Paul R.; Dept of Geological Sciences, University College London, Gower Street; London WClE 6BT; U.K. Ernail:p.bown@ucl.ac.uk
Bralower, Tim; Dept. of Geology, Univ. of N. Carolina, CB 3315 Mitchell Hall, Chapel Hill; NC 27599-3315; U.S.A.
Email:ljb@uncvxl.oit.unc.edu
Braunstein, Roswitha; institute of Paleontology, University of Vienna, Uriiversitatstr. 7/2; Wien A-1010; AUSTRIA
Breheret, Jean G.; Lab. de Geologie, Faculte de Sciences et Techniques, Pare de Grandmont; Tours F-37200; FRANCE.
Bubik, Miroslav; Cesky Geologicky Ustav, pobocka Brno, Leitnerova 22; Bmo 65869; CZECH REPUBLIC.
Bukry, Dave; US Geological Survey, MS 915, 345 Middlefield Road, Menlo Park; CA 94025; U.S.A.
Burnen, Jackie A .; Dept of Geological Sciences, University College London, Gower Street; London WC lE 6BT; U.K. Email:j.burnett@ucl.ac.uk
Bybell, Laurel M.; US Geological Survey, 970 National Center - 910, Reston; Virginia 22092; U.S.A. Ernail:lbybell@geochange.er.esgs.gov
Bystrickci. Hedviga; Kat. geologie a paleontol., Prirodovedecka fakulta, Univ. Komenskeho, Pavilon G, Mlynska dolina; Bratislava 8421.5;
SLOVAK REPUBLIC.
Cachao, Mario; Museu de Minerlogia e Geol., Fac. de .Ciencias de Lisboa, Rua da Escola Politecnica 58; Lisboa 1294; PORTUGAL.
Email:gmcachao@cc.fc. ul.pt
Cai, Chongyang; Nanjing Inst. of Geology & Palaeontology, Academia Sinica; Nanjing 210008; CHINA
Canudas, Nieves Digianni; Corpoven S.A, Laboratorio Geologico el Chaure, Apartado 4326, Edo. Anzoategui; Puerto la Cruz; VENEZUELA
Capoa, Paola de; Dipartimento di Scienze della Terra, Largo S. Marcellino 10; Napoli 80138; ITALY.
Cascella. Antonio; via Milano, 17; Pisa 56100; ITALY.
Castradort, Davide; Dipartimento di Scienze della Terra, Via Mangiagalli 34; Milano 20133; ITALY.
Castromora, Marianto; Lagoven S.A, Laboratorio de Geologia, Apartado Postal 889; Caracas !OIOA; VENEZUELA.
Catanzariti, Rita; Via I. Possenti, 10; Asciano Pisano (PISA) .56010; ITALY.
Center, Michael W; 6619 Fleur de Lis Drive, New Orleans,; LA 70124; U.S.A
Cepek, Martin; Universitat Brernen, FB S, Geowissenchaften, Postfach 330440; Brernen D-28232; GERMANY.
Cepek, Pave/; Bundesanstah fur, Geowissenschaften und Rohstoffe, Stilleweg 2; Hannover D-3000; GERMANY.
Chen, Min-Pen; Jnst of Oceanography, National Taiwan Univ, PO Box 23-13; Taipei 107; TAIWAN.
Cheng; Xinrong; Dept. of Marine Geology, Tongji University; Shanghai 200092; CHINA
Chepstow-Lusty, Alex J.; The Goodwin Laboratory, University of Cambridge, Free School Lane; Cambridge CB2 2RS;
U.K. Email:ajc 14@phx.cam.ac.uk
Cipollari, Paulo; Universita Degli Studi di Rorna La Sapienza, Dip. Se. Del!a Terra, Pie. Aldo Moro .5; Rorrta 00185; ITALY.
Clarke, Donald L.; Biostratigraphy Unit, Dept. of Geology & Geophysics, Nedlands; Perth WA 6009; AUSTRALIA
Cobaj, L.; Jnstituti Gjeologjik I Natfes Dhe Gazit; Fier; ALBANIA
Cobianchi, MiHam; Dipartimento di Scienze della Terra, Via Abbiategrasso 209; Pavia 27100; ITALY.
Concheyro, Andrea; J.B. Ambrosetti 662, Piso 6, Dto. 28-29; Buenos Aires CP (140.5); ARGENTINA. Email:andrea@dcfcen.uba.ar
Constans, Richard E.; 3ll47 Normandy Drive, la Combe; LA 70445; U.S.A
Cooper, M. Kevin E.; TimeTrax Ltd., Unit D 72-78 Station Road, Shalford, Guildford; Surrey GU4 8HD; U.K.
Covington, JMitch; 8331 Chickasaw Trail, Tallahassee,; FL 32312; U.S.A Email:mitch@geomag.gly.fsu.edu
Cros, Lluisa; Jnstitut de Ciencies del Mar (CSJC), Passeig Nacional SIR; Barcelona 08039; SPAIN. Email:lluisa@masagran.icm.csic.es

28

INA membership directory, p. 28 - 33.

Journal of Nannoplankton Research, 17, 1, 1995.

Crux, Jason A.; c/o Dpto. de Ciencias da la Tierra, lntevap, Apdo. 76343; Caracas 1070A; VENEZUELA
Curto Homedes, Joan-Antoni; Dept. geologia LB. Els Tres Turons, Rial Fons de les Greus sin, Arenys de mar, Barcelona 08350; SPAIN.
Davis, Sean A.; School of Chemistry, University of Bath, Claverton Down,; Bath, Avon, BA2 7AY; U.K. Email:s.a.davis@bath.ac.uk
Dmitrenko, 0/ga B.; Inst. of Oceanology, Acad. Scis. of Russia, Krasikova 23; Moscow 117218; RUSSIA
Dograshvi/i, Zeinab; Geol. Inst., Acad Sci. of Georgia, ul z Rukhadze 1/9; Tbilisi 380093; GEORGIAN REPUBLIC.
Dorn, Purtyasti R.; 539 North 24th Street, Apt. No.l9, Lincoln; NE 68903; U.S.A
Dorta, F7or Luna; clo Dpto. de Ciencias da la Tierra, lntevap, Apdo. 76343; Caracas 1070A; VENEZUELA
Driever, Ben WM.; IVAU, Budapestlaan 4, PO Box 80.021; Utrecht 3508 TA; THE NETHERLANDS.
Dunn. Terri; 730 S 11 St Apt C2, Lincoln; NE 68508; U.S.A Email:tdunn@inetnebr.com
Duran, lsebelia; Maraven, SA, Aoartado 829; Caracas 1010A; VENEZUELA
Eby, Robert G.; 3619 Underwood, Houston; TX 77025; U.S.A
Edwards. A.R. (Tony); Stratigraphic Solutions Ud, PO Box 295; Waikanae; NEW ZEALAND. Email:aedwards@actrix.gen.nz
Egger, H.; Lindenweg 1; Elsbethen 5061; AUSTRIA
Ehrendorfer, Thomas; Amt der Niederosterreichischen Landesregierung, Abteilung B/3-D, Bankgasse 2; Wein A-1014; AUSTRIA
Elliot, Jr. Herbert A.; 10707 Norrnont Drive, Houston; TX 77070; U.S.A
Ellis, C. Howard; 642 Cumbre Vista Drive, Santa Fe; New Mexico 87501; U.S.A
Erba, Elisabetta; Dipartimento di Scienze delta Terra, Via Mangiagalli 34; Milano 20133; ITALY.
Erve, Antonius W van; Abt. 51, Veba oel AG., P.O. Box 20-10-45; Gelsenkirchen D-4650; GERMANY.
Eshet, Yoram; Geological Survey, 30 Malkhei Yisrael St.; Jerusalem 95 501; ISRAEL.
Farias, Are/is; c/o Dpto. de Ciencias da la Tierra, lntevap, Apdo. 76343; Caracas 1070A; VENEZUELA
Farinacci, Anna; Cattedra di Micropaleontologia, Citta Universitaria; Roma 00185; ITALY.
Faris, MM.; Geology Department, Faculty of Science, Tanta University; Tanta; EGYPT.
Felegyhazy, L.; Dept. of Geology, EOtvOs Univ., Muzeum Krt. 4/A; Budapest H-1088; HUNGARY.
Filewicz. Mark V.; Unocal Energy Resources Division, Unocal Corporation, PO Box 4570, Houston; TX 77210-4570; U.S.A
Finan, Dion; Elf Aquitaine Prod, M Soullier - 26 Av Des Lilas; Pau 64018; FRANCE.
Find/ay, C/aire; Inst. of Antarctic & S. Ocean Studies, Univ. of Tasmania, GPO Box 252C; Hobart 7001 Tasmania; AUSTRALIA
Email:claire.findlay@iasos.utas.edu.au
Fiorentino, Andrea; Via Tacito, 41; Roma 00133; ITALY.
Fioroni, Chiara; Inst di Geologia, Corso, Vittorio Emanuele 59; Modena 4ll00; ITALY.
Firth, John; Ocean Drilling Project, Texas A & M University, College Station; TX 77840; U.S.A Email:john_jirth@odp.tamu.edu
Fisher, Cindy.C.; Dept. of Geology, SUNY College, PO Box 2000, Cortland; NY 13045; U.S.A Emailjisherc@snycorva.cortland.edu
F7ores Vil/arejo, Jose-Abel; Fctad de Ciencias, Dto de Paleontologia, Univ. ofSalmanca; Salamanca 37008; SPAIN. Email:flores@rs6000.usa/.es
Fornaciari, Eliana; Via per Neviano N.41, Traversetelopr (PR); Parma 43100; ITALY.
Frydas. Dimitris; University of Patras - Dept of Geology, - Section for General and Marine Geology; Rion/Patras GR-26110; GREECE.
Futterer, D.; Alfred Wegener Institute, Polar & Marine Research, Colombus Centre; Bremerhaven D-2850; GERMANY.
Gallagher, Liam T.; Network Stratigraphic Consultants Ltd., Unit 57, The Enterprise Centre, Cranbourne Road, Potters Bar; Hertfordshire EN6 3DQ; U.K.
Gard, Gunilla; Dept of Geology & deochemistry, Stockholm University; Stockholm S-106 91; SWEDEN.
Gardin, Si/via; BRGM SGN/GEO. Av, de Concyr, Orleans 45060; FRANCE.
Garratt, Jane; School of Geol. Sciences, Kingston Polytechnic, Penrhyn Road; Kingston upon Thames KTI 2EE; U.K.
Gartner, Stefan; Dept. of Oceanography, Texas A & M Univ. Coli. Station; TX 77843; U.S.A
Gavtadze, Tamara; Geol. Inst., Acad. Sci. of Oeorgia, ul z Rukhadze 1/9; Tbilisi 380093; GEORGIAN REPUBLIC.
Gervais, Elizabeth E.; Johan Rosenkrantzlaan 35; Heemstede 2104 CC; THE NETHERLANDS.
Gi/lespie, He/en; Dept. of Earth Sciences, Memorial Univ. of Newfoundland, St. Johns; Newfoundland A13 3X5; CANADA.
Email:helen@sparky2.esd.mun.ca
Giraudeau, Jacques; Department de Geologie et Oceanographie, Universite de Bordeaux I, Avenue des Facultes; Talence 33405 Cedex;
FRANCE.
Girgis, Magdy H.; Robertson Group plc, Tyn-y-Coed, Llandudno; Gwynedd LL30 ISA; U.K.
Golubev, S.N; Geology Faculty, Moscow Univ.; Moscow 119899; RUSSIA
Gorostidi, Amalia; Paleontologia, Facultad de Ciencias, Apartado 644; Bilbao E-48080; SPAIN.
Gosselin, Michel; Dept. D'Oceanographie, Universite du Quebec a Rimouski, 300 allee des Ursulines, Rimouski; Quebec GSL 3Al; CANADA
Grassi, Alexandre A.; Desud/Direp/Selag, PETROBRAS, Av. Elias Agostinho 665 - Imbetiba; Macae RJ-28.700; BRAZIL.
Gring, Michael. P.; 9740 Zelzah Ave #227, Northridge; CA 91325; U.S.A
Hadavi Hamadian, F.; Geol Survey of Iran, PO Box 13185-1494; Tehran; IRAN.
Halasova, Eva; Katedra geologie a paleontologie, Prirodovedecka fak.ulta, Univ. Komenskeho, Pavilon G, Mlynska dolina; Bratislava
84215; SLOVAK REPUBLIC.
Hamrsmid, Bohumil; Dep. Mikropaleontologie, MND Hodonin Uprokova 6; Hodonin 695 30; CZECH REP. Ernail:humil@sci.muni.cz
Hao, Yichun: China University of Geosciences; Beijing 100083;. CHINA
Harpur, Will; 552 Holburn Street; Aberdeen, AB1 7LZ; U.K.

Harun. Awalludin; Petroleum Research Institate, PETRONAS, Lot 1026, PKNS Industrial Area, 54200 Hulu Kelang; Selangor;
MALAYSIA.
Hasjim, Nur; PPPTMGB LEMIGAS, P. 0. Box 1089; Jakarta 10010; INDONESIA
Hay, William W; GEOMAR, Forschungszentrum f.ping Box 218, Marine Geowiss, Christian-Albrechts-Univer. zu Kiel, Wischhofstrasse
1-3; Kiel D-2300; GERMANY.
Heck, Shirley E. van; Sarawak. Shell, Berhad XGS/1, 98100 Lutong; Sarawak.; MALAYSIA
HeimUal, Berit R.; Dept. of Fisheries & Marine Biology, University of Bergen, Bergen High Technology Center; Bergen N-5020; NORWAY.
Hekel, H.; 226 Rainbow Street; Sandgate 4017; AUSTRALIA
Henriksson, Anders; Paleontologiska Inst., PO Box 558; Uppsala 75122; SWEDEN. Email:palah@strix.udac.uu.se
Hine, Nicky M.; Industrial Palynology Unit, The University of Sheffield, · Mappin Street; Sheffield S1 3JD; U.K.
Homeier, Glen; Geoi.-PaiAont. Institut und Museum, Eberhard-Karls-UniversitAt Tnbingen, Sigwartstr. 10; TQbingen 72076; GERMANY.
Honda, N.; United Petroleum Development Co., Ldt., Kohraku 1-5-3, Bunkyo-Ku; Toyko 112; JAPAN.
Howe, Richard W; Institute of Oceangraphic Sciences, Deacon Laboratory, Brook Road, Wormley, Godalrning; Surrey GU8 SUB; U.K.
Hsu, Ken; Gel''ogical Institute, ETH-Zentrum; Zurich CH-8092; SWITZERLAND.

Huang, Lushen; 1-1anhai East Oil Co.; Guangzhou 510240; CHINA
Huang, Ting-Chang; Exxon Exploration Company, P.O. Box 4778 (GP8, #569),Houston; TX 77210-4778; U.S.A

29

·. Journal of Nannoplankton Research, 17, 1, 1995.

INA membership directory, p. 28 - 33.

Huang, Ting-Chang; Exxon Exploration Company, P.O. Box 4778 (GP8, No.569); ; .
Huang, Yol)gyang ; South China Sea Geological Investigation, Ministry of Geology, PO Box 850; Guangzhou 510075; CHINA
Hulme, Neil; 1st Floor Flat, 238 Chapter Road; London NW2 5NB; U.K.
Jkdvalko, Johanna; Hydrobiology Laboratory, University of Helsinki, PO Box Y (Fabianinkatu 2Y); Helsinki FrN-OOOIY; FINLAND.
Jakubowski, Martin; Shell International, Caret van Bylandtlaan, PO Box 162; The Hague 2501 AN; THE NETHERLANDS.
Janin, Marie-Christine; 27 Rue de Clignancourt; Paris 75018; FRANCE.
Janofske, Dr. Dorothea; Fachbereich Geowissenschaften, UniversitAt Bremen, Postfach 330440; Bremen D-28334; GERMANY.
Jeremiah, Jason; Shell (UK) Exploration & Prod., Shell Mex House, The Strand; London WC2R OXD; U.K.
Jiang, Mark M.; 3223 South Lake Village Drive, Katy; TX 77450; U.S.A
Jiang, Yan Wen; Dept of Geology, Jianghan Petroleum College, Hubse Province; Jiangling; CHINA.
Jordan . Ric W. ; Dept. of Earth Sciences., Yamagata University; Yamagata 990; JAPAN . Email:sh08J@kdsal.kj.yamagata-u.acjp
Joyce. Ed; 6710 Roos Road, Houston; TX 77074; U.S.A
Jutson, David J .; Danmarks Geologiske Undersogelse, Thoravej 8; Kobenhavn NV DK 2400; DENMARK. Email:dj@mmdgu.dgu.min.dk
Kaenel. Eric de; Department of Geology, Florida State University, Tallahassee; FL 32306-30261; U.S.A Email:dekaenel@geomag.gly.fsu.edu
Kale. Anand S.; 917/25 Ganeshwadi, Deccan, Gymhkana; Pune 411004; INDIA
Kalinitchenko, G. /.; Geol. Faculty, Kiev Univ.; Kiev 252000; UKRAINE.
Kameo, Koji; Technical Research Center, Teioku Oil Co. Ud, 23-30, 9-Chome, Kth-Karasuyama, Setagayaku; Tokyo 157; JAPAN.
Kaminski, Mike; Dept of Geological Sciences, University College London, Gower Street; London WCIE 6BT; U.K. Email:m.kaminski@ucl.ac.uk
Kape/los, C. ; c/o PD Oman XXG, PO Box 81 ; Muscat; OMAN.
Kapid, Rubiyanto; Dept of Technic Geology FTM-ITB, Jl. Ganesha 10; Bandung 40132; INDONESIA.
Karega, Amina; Tanzania IJ>etroleum Development Corp., PO Box 5233; Dar-es-Salaam; TANZANIA.
Keupp. Helmut; Inst. fur ~faontologie, Freie Univ. Berlin, Maltrserstra8e 74-100, Haus D; Berlin 46 D-1000; GERMANY.
Kheradyar. Tara; Ill I Compass # 113, Foster City; CA 94404; U.S.A
Kiene/, Ulrike; Alfred-Wegener-lnstitut, Fur Polar-und Meeresforschung, Forschungsstelle Potsdam, Telegranfenberg A 43; Potsdam 14473;
GERMANY.
Kilasoniya. Eteri; Geol. Inst. Academy of Sciences, ut z Rukzadze 1 Korp 9; Tibilisi-93 380093; GEORGIA
Kirsch. Karl-Heinz; Institut fur Palaontologie und, Historische Geologic, Richard-Wagnerstr 10; Monchen 2 D-8000; GERMANY.
Kleijne, Annelies; Duinoord 11 ; Katwijk, 2224 CA; THE NETHERLANDS.
Kling, Stanley A. ; 416 Shore View Lane, Leucadia; CA 92024; U.S.A Email :kling@odpwcr.ucsd.edu
Knappertsbusch. Michael; Natural History Museum Base!, Geology Dept. (ODP Reference Centre), Augustinergasse 2; Basel CH-4002;
SWITZERLAND. Email :knappertsbus@ubaclu.unibas.ch
Koletti, Lida; Ifaistou 13, Ekali; Athens 14565; GREECE.
Korcibow:i, Katarina; Geologicky ustav Dionyza Srura, Mlynska dolina I; Bratislava 81404; SLOV AK REPUBLIC.
Koshkarly, Reykhan 0.; Inst. Geol., Acad. Sci. of Azerbsijan, Nazimanov str. 29a; Baku 370143; AZERBAIJAN.
Kostka. Martina ; Ruhr-Universitit Bochum, FakultAt filr Geowissenschaften, Institut filr Geologic, UniversitAtsstraBe 150; Bochum
D-44801; GERMANY.
Krhovsky, Jan; Geologicky Ustav Ceske Akadernie ved, Rozvojova 135, 16500 Praha 6; CZECH REPUBLIC. Email :krhov@gli.cas.cz
Lauer, Gerhart W. ; Emdtgasse 7; Wien A-1180; AUSTRIA
Le.!Jingwa/1, H. ; Unocal Science & Tech Div, Unocal Corpor-ation, PO Box 76, Brea; CA 92621; U.S.A.
Leon. M. Moraleda de; 028A Boniface Avenue, Corner Diamond Street, E&L Homes, 80. Sto. Dorningo; Cainta, Rizal 1900; PHILIPPINES.
Leshner, 0 .; 26 Davenport Road, West Hartford; CT 06110; U.S.A
Leu, Mircea; Oil Geological Research Inst. , 103, Toarnnei Street; Bucharest 72152; ROMANIA
Li, Wenqin; First Inst. of Oceanography, SOA; Qingdao 266003; CHINA
Lima, Fancisco H. de 0 .; PETROBRAS, Dexes/Selag, BR 101 km 67.5, Nova Esperance, Sao Mateus; Espirito Santo 29930; BRAZIL.
Lin, Meihua; Inst. of Oceanology, Academia Sinica; Qingdao 266071 ; CHINA.
Liu, Chuanlian; Drilling Geology Co., Shengli Petroleum Administrative Bureau; Dongying 257064; CHINA.
Liu, Huaibao; Department of Geology, University of Nebraska, Lincoln; NE 68588-0340; U.S.A
Liu, Xinlan; Department of Geology, Florida State University, Tallahassee; FL 32306; U.S.A
Lohman, William H.; 1175 W. Hinsdale Drive, Littleton; Colorado 80120; U.S.A
Lopes do Nascimento. N. ; PETROBRAS/CENPES/DIVEX, Av. !!ha do Fundao, Q. 7, Cicade Universitaria; Rio de Janeiro RJ. CEP 21910;
BRAZIL.
Lord, A/an R.; Dept of Geological Sciences, University College London, Gower Street; London WCIE 6BT; U.K. Email :a./ord@ucl.ac.uk
Lord, Minoo; 11 Glenilla Road, Hampstead; London NW3 4AJ; U.K.
Lotfalikani, Anowshiravan; Deptartrnent of Geology, University of Poona; Pune 4111 007; INDIA
Lotoskay a. Anna; Faculty of Earth Sciences, Free University of Amsterdam, De Boelelaan 1085; Amsterdam 1081 HV;
THE NETHERLANDS. Email :lota@geo.vu.nl
LoureiroAntu71es, R.; PETROBRAS/CENPES/DIVEX, Av. Ilha do Fundao, Q. 7, Cicade Universitaria; Rio de Janeiro RJ. CEP 21910; BRAZIL.
Lozar. Francesca; Dipartimento di Scienze della Terra, Via Accademia delle Scienze S; Torino, 10123; ITALY.
Luchetti, Lucina; Universita' Degli Studi di Perugia, Dip. Se. De11la Terra, Piazza dell' Universita'; Perugia 06100; ITALY.
Luleva, S. A.; Geol. Inst. Acad. Sci.; Kiev 252054; UKRAINE.
Mahani, Mohamed; Core Laboratories (M) Sdn. Bhd, Lot lOB, Jalan 51A/223, 46100 Petaling Jaya; Selangor; MALAYSIA.
Maiorano, Patrizia; ll trav. Pizzillo, 70057; Bari-Palese; ITALY.
Malgorzata, Jwaniec; Jagiel. Univ., Inst. Geol. Sci., Oleandry 2a,; Krokow 30-063.; POLAND.
Marino. Maria; Universita' di Bari, Dip. Geologia e Geofisica, Via E. Orabona 4; Bari 70125; ITALY.
Marks, Ed; Marks & Associates, 12200 E. Washington Blvd, Suite E, Whittier; CA 90606; U.S.A
Marks, S.; Rudolf von Langen Str. 11 ; Munster D-4400; GERMANY.
Marliniene, Romulda A.; NIGRI (Lithuanian Inst. of Geol. Exploration), Sevcenko str. 13; Vilnius 232600; LITHUANIA
Marunteanu, Mariana; Inst. de Geologic si GeofJZiocl, Str. Caransebes I; Bucharest I 78344; RUMANIA
Marzouk, Dr Akmal Mohamed Aly; Geology Department, Faculty of Science, Tanta University; Tanta 31511; EGYPT.
Mathur, K. ; KDM Inst. Pet. Exploration, Oil & Nat Gas Commission, Kaulagarh ROad; Dehradun (U.P.); INDIA
Matias Sendra, Jsabel; Cl Clot, 194 at la; Barcelona 08027; SPAIN.
Matsuoka. Hiromi; Department of Geology, Facuhy of Science, Kochi University, Akebono-Cho; Kochi 780; JAPAN.
Mattioli, Emanuela; Dept. of Earth Science, University of Perugia, Piazza Universita; Perugia 06100; ITALY.
Melinte, Mihaela C.; Inst. de Geologic si GeofJZic8, Str. Caransebes I; Bucharest I 78344; RUMANIA
Meszaros, Nicolae; Str Kogaliniceanu I, Cat. de Geologic - Mineralogie; Cluj - Napoca; ROMANIA.

====================~==~30

INA membership directory, p. 28 - 33.

Journal of NaiUIOplankton Research, 17, l, JC)g5.

Mikkelsen, N.; Geol Survey of Denlnarlc, Thoravej 31; Copenhagen NV DK-2400; DENMARK.
Miller, Peter L.; 371 Castello Road, Wayette; CA 94549; U.S.A
Minashvili, Tsilino D.; Geol. Inst., Acad. Sci. of Georgia, ul z Rukhadze 119; Thilisi 380093; GEORGIAN REPUBLIC.
Mita, Isao; Nihon Tennen Gas Kogyo Co Ud, 2508 Minami-Hinata, Shirako-Machi; Chosei-Gun Chiba, 299-42', JAPAN.
Mock, Sarah; Geology Dept., Mitchell Hall CB 3155; North Carolina; U.S.A
Monechi, Simoneta ; lstituto di Geologia e Paleontologia, Univ. di Firenze, Via Lamarmora 4; Firenze 50121; ITALY.
Email:monechi@cesitl.unifi.it
Moran, Michael J.; 4415 Valhalla Blvd., Apt. 9, Sioux Falls; SD 57106; U.S.A.
Morin, Ronald W; Exploration 1404, Mobil, 1250 Poydras, New Orleans; LA 70113-1892; U.S.A
Morse. Trevor; 19 Thorngate, Bamard Castle; Co. Durham DL17 8QB; U.K.
Moshkovitz, Shimon; Geol. Survey of Israel, 30 Malkhe Israel Street; Jerusalem 95 501; ISRAEL.
Mostajo, Elena; Museo Argentino de Cs. Naturales, Ave. Angel Gallardo 470; Buenos Aires 1405; ARGENTINA Email:elena@muanbe.gov.ar
Muggli, Deborah L; Oceanography Dept, 6270 University Blvd, University of British Colombia; Vancouver BC V6T 1Z4; CANADA
Musbah, Musa; Sarawak Shell Berhad; Miri. 98009; MALAYSIA
Mutterlose, Jorg; Ruhr-UniversitAt Bochum, FakultAt filr Geowissenschaften, Inst. filr Geologie, UniversitAtsstraBe 150; Bochum
D-44801; GERMANY.
Muzilev, N. G.; Geol. Inst., Acad. Sci.; Moscow 109017; RUSSIA
Nagymarosy, Andras; Dept. of Geology, El\tv6s Univ., Muzeum Krt. 4/A; Budapest H-1088; HUNGARY.
Naji, F; GEOCON, Geowissenschaftliche Consuhing, Celler Str. 81; Braunschweig 3300; GERMANY.
Negri, Alessandra; via Don G Verita 10; Imola 80 40026; ITALY. Email:negri@geomin.unibo.it
Niel, Brigitta E. van; 5 Limes Road, Weybridge; Surrey KT13 8DH; U.K.
Nikiforova, Z.; VNIGRI, Lab. Micropalaeo. Liteini 39; St. Petersburg 197104; RUSSIA
Nishida, Shiro; Dept. of Earth Sciences, Nara Univ. of Education; Nara 630; JAPAN.
Noel, Denise; Laboratoire de Geologie, Mus. Nat. d'Hist Nat, 43 Rue de Buffon; Paris 75005; FRANCE.
Ogun;obi, 0/uwaseyi; Geotrax Systems Limited Nigeria, c\o 27 Old Gloucester Rd.; London WCIN 3XX; U.K.
Okada, Hisatake; Division of Earth and Planetary Sciences, Graduate School of Science, Holckaido Univ., NIO, W8; Sapporo 060; JAPAN.
0/afsson, Gunnar; Dept of Geology & Geochemistry, Stockholm University; Stockholm S-10691; SWEDEN.
0/sen, Donald.L.; 205 Somerset Dr., Laplace; LA 70068; U.S.A
Omar. Ram/an Bin; clo Dept. of Micropalaeontology, University College of Wales; Aberystwyth Dyfed SY23 liD; U.K. Email:rao@aber.ac.uk
Oriaifo. Peter lmokhian; Geological Laboratory (XGSW/1), Shell - Warri, C/0 Shell Centre; London SE! 7NA; U.K.
Ozkan, Sevinc; Middle East Technical University, Dept. of Geological Engineering; Ankara; TURKEY.
Pavsic, Jernej; Katedra za geologijo in palaeontogijo, Univerza v Ljubljani, Askerceva 12; Ljubljana 61000; SLOVENIA
Pearce, Julie A.; BP Exploration, 5151 San Felipe, PO Box 4587, Houston; TX 77210; U.S.A
Peleo-A/ampay, Alyssa; Mail Code 0208, Scripps Institution of Oceanography, Univ. of California, San Diego, La Jolla;
CA 92093-0208; U.S.A.
Percivaljr, Stephen F; 4031 Suddith Lane, Midlothian; TX 76065; U.S.A
Perez, JAM.; Dept de Estratigrafia y Paleontologia, Universidad de Granada, Campus du Fuentenueva; Granada 18002; SPAIN.
Perilli, Nicola; Dip. Scienze Terra, Universita Pisa, Via S. Maria, 53; Pisa 56100; ITALY.
Pignatelli Garcia, R.; Avda. Mediterraneo, 52; Madrid 30; SPAIN.
Pirini-Radrizzani, Camilla; Via Europa 28, 20097 San Donato Milanese; Milano; ITALY.
Pospichal, Jim J.; Department of Geology, Florida State University, Tallahassee; FL 32306; U.S.A Email :pospi@geomag.glyfsu.edu
Prins, !Jen; Beatrixlaan 81; Moerk.apelle 2751 XX; THE NETHERLANDS.
Proto-Decima, Franco; Istituto di Geologia, Universita degli Studi Padova, Via Giotto. 1; Padova 35137; ITALY.
Qianyu, Li; Department of Geology and Geophysics, Univ of Adelaide; Adelaide S.A 5001; AUSTRALIA
Quidayan, V.B.; P.T. Core Labs, Indonesia, Bldg. 303, Cilandak Commercial Estate, Jln. Cilandak K.K.O.; Jakarta 12560; INDONESIA
Quinterno, Paula; VS Geological Survey, MS-999 345 Middlefield Road, Menlo Park; CA 94025; U.S.A Email:paula@octopus. wr.usgs.gov
Rabindranath, Siva-ramakrishna n; Dept. of Earth Sciences, Indian Inst. of Technology, Powai; Bombay 400-076; INDIA.
Email:rabind@zircon.geos.iitb.ernet.in
Raddrizzani, C P; Via Europa 28, 20097 San Donato Milanese; Milano; ITALY.
Radford, Sally S.; Dept of Geology, Imperial College, Prince Consort Road; London SW7 2BP; U.K.
Raffi, /sa be/la; Facoha'di Scienze MM. FF. NN., Universita' G. D' Annurizio, Campus Universitario Madonna delle Piane; Chieti Scalo
66013; ITALY.
Rahmon, A.; Geol & Geophysics Department, 717 WC Browning Building, University of Utah, Salt Lake City; Utah 84112-1183; U.S.A
Rakova, Jarmila; Geologicky ustav Dionyza Srura, MlynskA dolina 1; Bratislava 81404; SLOVAK REPUBLIC.
Rea/e, Viviana; Dipartirnento Scienze della Terra, Universita di Firenze, Via G.la Pira 4; Firenze 50121; ITALY.
Reimers, David D. ; Reirners Research, PO Box S3072, Lafayette; LA 70505-3072; U.S.A
Reugger, Lauralee.R.; Nanno Investigations, 102 Big Pine Dr., Covington; LA 70433; U.S.A
Rexilius, J.P.; International Stratigraphic, Consuhants Pty Ltd., PO Box Z6; Cottesiue WA 6011; AUSTRALIA
Rhodes, Lesley; 9- Cawthoron Institute, Private Bag 2; Nelson; NEW ZEALAND.
Rio, Domenico; Dip. Geologia e Paelontologia, Universila degli Studi Padova, Via Giotto. 1; Padova 35137; ITALY.
Rodriguez-Saavedra, A/fredo; GIS Oceanologie et Geodynamique, Univ of Bretagne Occidentale, 6 Av Le Gorgeu; Brest 29287; FRANCE.
Romaniv, Anna M.; Inst. of Geology & Fuel Geochernistry, Ukranian Acad. Sci., Naukova str. 3a; Lvov 290053; UKRAINE.
Romein, AJ.Ton; NAM BV, XGS/31, Postbus 28000; HH Assen; THE NETHERLANDS.
Root, Stephan A .; Mobil (MRDC-MEPTEC), PO Box 650232, Dallas; TX 75265-0232; U.S.A Email:saroot@dal.mobil.com
Rossi, Mariagrazia G.N.E.; Servizio Geologico Nazionale, Largo S. Susanna 13; Roma 00187; ITALY.
Roth, Peter H.; Dept. Geology & Geophysics, WBB 717, Univ. of Utah, Salt Lake City; Utah 84112-1183; U.S.A.
Email:phroth@bingham.mines.utah.edu
Russell, E.E.; 970 Sandhurst, Starkville; MS 39759; U.S.A
Russell,Sr., M.D.; 6507 Donerail Trail, Tallahassee; FL 32308; U.S.A
Rut/edge, David; RPS Palaeo, Blackfriars; U.K.
Sadek, Ali; Geology Department, Faculty of Science, Cairo University; Cairo; EGYPT.
Saez, Carolos Lancis; Ciencias Ambientales Div. Geologia, Facuhad de Ciencias -, Universidad De Alicant~. Apattado 99; Alicante; SPAIN.
Sa/inas-Straw, Janice; Chevron Overseas Petroleum lnc, PO Box 5046, San Ramon; CA 94583-0946; U.S.A
Sa/is, Katharina von; Geological Institute, ETH-Zentrum; Zurich CH-8092; SWITZERLAND. Email:katharina@erdw.ethz.ch
Solomon, Ralph A.; W.E.B.G. Paleontology, Amoco Production Company, PO BOX 3092, Houston; TX 77253-3092; U.S.A========================31======================~

Journal of Nannoplanlcton Research, 17, I, 1995 .

INA membership directory, p. 28- 33.

Samtleben. Dr. Christian: Geol .-PalAont. lnstitut, Uni v. Kiel, Olshausenstr. 40; Kiel D-24 11 8; GERMAN Y.
Sanchez-Rios, Maria Antonieta; lnstituto Mexicano del Petroleo, Eje Central Lazaro Cardenas No 152, Delegacion Gustavo A Madero;
D.F. 07730 ; MEXICO.
Santini. Doll. Ubaldo; Dipartmento di Scienze della Terra, via S Maria n.53; Pisa 56126; ITALY.
Sato, Tokiyuti; Institute of Applied Earth Sciences, Mining College, Akita University, Tegata Gakuencho 1- 1; Akita 0 10; JAPAN.
Saxena, Rejesh Kumar: Kali Mandir Road, Opposite Gatta Factory, General Mahadev Singh Road, Kanwali ; Dehradun 248001 (U. P.); INDIA
Sblendorio-Levy. Joanne: 61 I I Yarwell, Houston; TX 77096; U. S:A Emailjsblery@aol.com
Scarparo Cunha. AA.; PETROBRAS S.A, Av. Ilha do Fundao, Q. 7, Cidade Universitaria; Rio de Jeneiro RJ. CEP 2 1910; BRAZIL.
SchrOder, A ndrea; Sonderforschungsbereich 313, Univ. Kiel, Heinrich-Hecht Platz 10; Kiel D-24118; GERMAN Y.
SelfTrail, Jean; U.S. Geological Survey, Reston; VA 22092; U. S.A
Shajik. Samir; B of Mineral Resources, PO Box 378; Canberra City ACT 260 1; AUSTRALIA. Email:sshafik@frend.bmr.gov. au
Shcherbinina. Ekaterina; Inst . of Lithosphere of the Russian Acad. Sci., Staromonetny 22; Moscow 109 !80; RUSSIA
Sheinman, Clara: Chevron Nigeria Ud, PO Box 5046/RM LIB, San Ramon; CA 94583-0946; U. S.A
Shin, lm Chul; Department of Geology, University of Nebraska, Lincoln; NE 68588-0340; U.S.A
Shrakoma. Minami-Hinata ; Chi. Chosei-Gun Chiba, Nihon Tennen Gas Kyogo Co. Ltd. ; Tokyo; JAPAN.
Shumenko. Stanislav 1.; Geological Faculty, State University; Kharkov 31 0077; l.JKRAINE.
Siesser, William G. ; Department of Geology, Vanderbilt university, Nashville; Tennessee 3723 5; U. S.A Email :siesser@ctrvax. vanderbilt.edu
Si/va, Paul C; Herbarium, University of California at Berkeley, Berkeley; CA 94720; U.S.A
Singh. Pratap; Chief Geologist, Dr Ambedkar Regional Geoscience Laboratories, ONGC, Makarpura Road; Baroda 390009; INDIA
Slezak, Janus M .: Inst. of Geol. Scis.. Jagellonian Univ., Olenndry 2a; Krakow 30065; POLAND. Email :slezak@ing.uj.edu.pl
Smith. Charles C.; Geol. Surv. of Alabama, PO Box 0 , Tuscaloose; Alabama 35486-9780; U.S.A
Spaulding, Stacia A.; RRI Box 127, Proctorsville; Vermont 05153; U.S.A
Staerker, T.S.; I8I2 Hanover Drive, Flower Mound; TX 75028; U. S.A
Starkie, Steve P.; Geochem Group Ltd., Stratigraphy Division, Chester St.; Chester CH4 8RD; U. K.
Starra/1, Scott W ; U.S. Geological Survey, MS-959, 345 Middlefield Road, Menlo Park; CA 94025; U. S.A Email:sstarratt@[l 30.ll8.4.2]
Stefano. Agata di; PiazzA Europa, 16; Acireale (CT) 95024; ITALY.
Stefano. Enrico di; Istituto di Geologia, Corso Tukory 13 1; Palermo 90134; ITALY.
Steinkraus. WE.; Chevron Overseas Petroleum Inc., P. 0 . Box 5046, San Ramon; CA 94583-0946; U. S.A
Steinmetz. J ohn C. ; Marathon Oil, Expl. and Prod. Technology, PO Box 269, Littleton; Colorado 80I60; U. S.A Email;,tcsz@AOL.COM
Stockwe/1, Dean A. ; Marine Science Institute, Univ of Texas at Austin, PO Box 1267, Port Aransas; TX 783 73-1267; U. S.A
Stoykova, Kristallina H.; Geol. Inst. of the Bulgarian Acad. Sci., Acad G. Boncev Str., bl 24; Sofia 8- 1 11 3; BULGARIA
Stradner, Herbert; Bibliothek der Geol., Bundesanstalt Ill, Rasumofskygasse 23; Wien A-1031 ; AUSTRIA
Styzen, Mike J.; Shell Offshore !ne, PO Box 61933, New Orleans,; LA 70161; U.S.A Email:mstyzen@shell.com
Sutovska, Katarina; Katedra paleontologie, Karlovy Univ., Albertov 6; Praha 2 12843; CZECH REPUBLIC.
Svabenicka, Lilian; Czech Geological Survey, Klarov 13113, PO Box 85 ; Prague I 182I ; CZECH REP. Email:svab@cgu.cz
Swift, Alison M. Merker; 33 Chiltern Road, Wendover, Bucks HP22 6DA; U.K.
Tabatchnikova, I. P.; VSEGEI; Leningrae 199026; RUSSIA
Takayanag1, Yokichi; Karnisugi 3-9-16, Aoba-Ku; Sendai 980; JAPAN.
Tanaka, Yuichiro; Marine Geology Department, Geological Survey of Japan, I-1-3 Higashi; Tsukuba lbaraki 305; JAPAN.
Thierstein, Hans R. : Geological Institute, ETH-Zentrum; Zurich CH-8092; SWITZERLAND. Email:thierstein@erdw.ethz.ch
Thomsen, Helga Abildhauge; Botanical Inst., Dept. of Phylology, Oster Farirnalslade 2D; Copenhagen DK-1353 ; DENMARK.
Toker, Vedia ; Ankara Universitesi, Fen Fakultesi Jeoloji Bolumu; Ankara; TURKEY.
Toledo. Felipe A L'; rua Mata Bacelar 303 /07; Porto Alegre RS Cep. 90540-150; BRASIL.
Triantaphyl/ou , M. ; Lysippou 7; Athens GR-11635; GREECE.
Ushakova, Mao/a G.; Inst. of Oceanology, Acad. Sci., Krasikova 23; Moscow 117210; RUSSIA
Varol, Osman; Varol Research, Biostratigraphical Consultancy, P.O. Box 714; Gwynedd LL32 8QH; U.K. Email:J00070.13Jl@compuserve.com
Verbeek. Joost W; Geolog. Survey of the Netherlands, Richard Holkade 10, PO Box 157; Haarlern 2000 AD; THE NETHERLANDS.
Verdenius, J.; Inst. for Kontinential, Sokkelundersokelser, Trondheim 7034; NORWAY.
Villa. Giuliana; lstituto di Geologia, Universita' di Perma, Viale della Scienze; Parma 43100; ITALY. Email :geo/Ol@ipruniv.cce.unipr.it
Waghorn. David.B.; c/o Pettrocorp Exploration Ud, 32-28 Moleworth St, Private Bag 2056; New Plymouth 4620; NEW ZEALAND.
Wagreich, Michae/; Institute of Geology, Geozentrum University of Vienna, Althanstrasse 14; Wien A-I090; AUSTRIA
Wang, Congyou; Inst. of Geology, Chinese Acadernia of Geological Sciences; Beijing I 00037; CHINA
Wang, Naiwen; Inst. of Geology, Chinese Acadernia of Geological Sciences; Beijing I00037; CHINA
Wang , Pinxian; Dept. of Marine Geology, Tongji University; Shanghai 200092; CHINA Email :micdmd@tju.ihep.ac.cn
Waterman, Arthur S.; Paleo-Data !ne, 66I9 Fleur de Lis Drive, New Orleans; LA 70124-1499; U.S.A Email:ah2oman@aol.com
Watkins, Dave K.; Department of Geology, University of Nebraska, Lincoln; NE 68688-0340; U.S.A Email:dwatkins@unl.edu
Wei, Kuo-Yen; Dept. of Geology, National Taiwan University, 245 Choushan Road; Taipei 106; TAIWAN.
Wei, Wuchang; Scripps Inst. of Oceanography, La Jolla; CA 92093-0208; U.S.A Email:wwei@ucsd.edu
Weiwu, Duan; Guangzhou Marine Geological Survey, 477 Huan Shi Dong Road; Guangzhou 510075; CHINA
Wells, Patricia; Univ. of Tasmania, GPO Box 252C Hobart; Tasmania 7001; AUSTRALIA. Email:p. wells@antcrc.utas.edu.au
Westbroek. Peter; Gorlaeus Lab. R.U.L., Einsteinweg 5, PO Box 9502; Leiden 2300 RA; THE NETHERLANDS.
Email:westbroek_y@rulgca.leidenuniv.nl
White, Richard J. Dick; Amoco Production Company, j01 Westlake Park Blvd., PO Box 3092, Houston; TX 77253-3092; U.S.A
Willems, Helmut; Fachbereich 5 - Geowissenschaften, UniversitAt Bremen, Postfach 330440; Brernen D-28334; GERMANY.
Wil/iams, J.; Dept of Geology, CB#3315 Mitchell Hall, University of North Carolina, Chapel Hill; NC 37599-3315; U.S.A
Windley, Dawn E.; Dept ofGeo1ogical Sciences, University College London, Gower Street; London WC1E 6BT; U.K. Ernail :ucjbde'l«@ucl.ac.uk
Winter, Amos; Dept. of Marine Sciences, Univ of Puerto Rico, Mayaguez Campus, PO Box 5000 Mayaguez; Puerto Rico .007095000;
U.S .A. Email:a_ winter@rumac.upr.clu.edu
Wise. Sherwood W; Department of Geology, Florida State University, Tallahassee; FL 32306; U.S.A. Emai1:wise@geomag.gly.fsu.edu
Wornardt, Waiter W; Micro-Strat. Inc., 5755 Bonhonune, Ste-406, Houston; TX 77036-2013; U.S.A
Wyatt, Antony R.; Institute of Earth Studies, U.C.W.; Aberystwyth Dyfed SY23 3DB; U.K.
Xin, Su; GEOMAR, Zentrum fur Marine Geowissenschaften, Wischhofsttrasse 1-3, Gebaude 4; Kiel 14 D-2300; GERMANY.
Xu. Liying; Lab. of Marine Geology, Bureau of Marine Geology of Shanghai, Gaoqiao; Shanghai 200135; CHINA
Yan, Zhiguang; Dept. of Geology, Hebei College of Geology, Shijiazhuang; Hebei 05003I; CHINA
Young, C.R. (Bob); Phillips Petroleum Company, 256 GB, Bartlesville; Oklahoma 74004; U.S.A Ernail:byoung@ppco.com==========================32==========================INA membership directory, p. 28 - 33.

Journal of Nannoplankton Research, 17, I, 1995.

Young, Jeremy R. ; The Natural History Museum, Cromwell Road; London SW7 5BD; U.K. Email:j.young@nhm.cc.uk
Yuan. Yong ; Inst. of Oceanology, Academia Sinica; Qingdao 266071 ; CHINA
Yulin, Xu ; Department of Geology, China University of Geosciences, Xueyuau Road 29; Beijing 100083; CHINA
Yzbek, Mohamed Khaled; Embassy of Syrian Arab Republic, 18 Ahd AI Rahern Sabri St.; Dokki-Cairo; EGYPT.
Zhong, Bizhen; Nanhai East Oil Co.; Guangzhou 510240; CHINA
Zhong, Shilan; Nanjing Inst. of Geology and Palaeontology, Academia Sinica; Nanjing 2I0008; CHINA
Zhong, Xiaochun ; Res. Inst. of Petroleum Exploration and Development; Beijing 100083; CHIN A
Ziveri, Patrizia; Geomarine Center Amsterdam, Inst. of Earth Sciences, Free Univ., de Boelelaan I08.5; Amsterdam 1081 HV;
THE NETHERLANDS. Email:zivp@geo. vu.nl
Zucchi, Donata; Millenia Ud. , Unit 3, Weyside Park, Newman Lane, Alton; Hampshire GU34 2PJ; U.K.
Zylstra, G. ; Inst. Syst. Bot., Heidelberglaan 2; Utrecht 3.584 CS; THE NETHERLANDS.

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Field Museum Natural History, The Librarian; Rooseveit Road at Lake Shore Drive, Chicago; IL 60605-2498; U.S.A
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Shell Oil Company, Stratigraphic SVCS/WCK 5386; PO Box 576, Houston; TX 77001-0576; U.S.A
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U.S.G.S.; Library; National Center-950, Reston; VA 22092; U.S.A
Universittits-Institut fiir Palaontologie und Hist. Geologie ; Ludwig-Maximilians-Universitaet Muenchen; Leopoldstr. 3; Milnchen
80802; GERMANY.
Universitat Bern; Fachbereichsbibliothek Buhlplatz; Baltzer-Strasse, Postfach 874; Bern CH-3000; SWITZERLAND.
University of California; Geology-Geophyics Library; 405 Hilgard Avenue, Los Angles; CA 90024; U.S.A
University of Southampton; Geol. Dept. (Micropalaeontology); Highfield; Southampton S09 5NH; U.K.
Utrecht Rijksuniversiteit; Library Faculteit Aardwetenschappen; Postbus 80.021, Budapestlaan 4; Utrecht 3508 TA; THE NETHERLANDS.

33==========================

Journal of Nannoplankton Research, 17, I, 1995.
Geographical index of members, p. 34 - 35.
-------------------~-----------------GEOGRAPHICAL INDEX OFINDIVIDUAL MEMBERSALBANIA
Fier
ARGENTINA
Buenos Aires

AUSTRALIA
Adelaide
Canberra City
Cottesiue
HobartPerthSandgate
AUSTRIAElsbethenWien

AZERBAIJAN
Baku
BRAZIL
Espirito Santo
Macae
Porto Alegre
Rio de Janeiro

Cobaj

DENMARK
Copenhagen

Angelozzi
Concheyro
Mostajo

EGYPT
Cairo
Tanta

QianyuShafikRexilius
Findlay
Wells
ClarkeHekel

Egg erBraunstein
Ehrendorfer
Lauer
Stradner
Wagreich

Koshkarly

Lima
GrassiToledoLopes do N ascimento
Loureiro Antunes
Scarparo Cunha

BULGARIA
Sofia

Stoykova

CANADA
Newfoundland
QuebecVancouverGillespie
Gosselin
Muggli

CHINA
Beijing

Dongying
Guangzhou

Hao Yichun
Wang Congyou
Wang Naiwen
Yulin Xu
Zhong Xiaochun
Liu Chuanlian
Huang Yongyang
Huang Lushen

Weiwu Duan

FINLAND
Helsinki
FRANCE
Brest
Marseille
Orleans
Paris
Pau
Talence
Tours

JutsonMikkelsen
Thomsen

Sadek
Yzbek
Faris
Marzouk

Qingdao

Shanghai

Yan Zhiguang
Jiang Yan Wen
Cai Chongyang
Zhong Shilan
Li Wenqin
Lin Meihua
Yuan Yong
Cheng Xinrong
Wang Pinxian
Xu Liying

CZECH REPUBLIC
Bubik
Brno
Hamrsmid
Hodonin
Krhovsky
PragueSutovslai
Svabeniclai

Kapid
Baky
HasjimQuidayan
Kalimantan-Timur Abdoerrias

IRAN
TehranISRAEL
Jerusalem

lkAvalko

Rodriguez-Saavedra
Aubry
Beaufort
GardinJanin
Noel
Fin anGiraudeau
Breheret

GEORGIAN REPUBLIC
Tibilisi
Dograshvili
Gavtadze
Kilasoniya
Minashvili

ITALY
Acireale (CT)
Asciano Pisano
Bari
Bari-Palese
Chieti Scalo
Firenze
Imola
MilanoModenaNapoli
PadovaGERMANY
BerlinBochumBraunschweig
BremenBremerhavenGel senkirchen
HannoverKiel

MOnchenMunster
Potsdam
TObingen

Keupp
KostkaKostkaMutterlose
Naji
Baumann
Cepek
Janofske
Will ems
Futterer
Erve
Bischoff
Cepek
Andruleit
Hay
Samtleben
SchrOderX in
KirschMarks
KienelHomeier

Zhong Bizhen
Hebei
Jiangling
Nanjing

INDONESIA
Bandung
Jakar;aGREECE
AthensRion /Patras
HUNGARY
Budapest
Urom
INDIA
BarodaBombayDehradun (U.P.)
Pune

Koletti
Triantaphyllou
FrydasFelegyhazy
Nagymarosy
Baldi-BekeSinghRabindranath
Math11r
SaxenaKale
Lotfalikani

34

Palermo
Parma
Pavia
Perugia

Pis a

Roma

TorinoJAPAN
Akita
Chosei
Kochi
Nara
SapporoSendaiTokyo

HadaviHamadian

Eshet
Moshkovitz

StefanoCatanzariti
MarinoMaiorano
Raffi
MonechiReale
Negri
Castradori
Erba
Pirini-Radrizzani
Raddrizzani
Fioroni
Am oreCapoa
Proto-Decima
Rio
StefanoFomaciari
Villa
Cobianchi
Baldanza
Luchetti
Mattioli
Cascella
Perilli
SantiniCipollari
Farinacci
Fiorentino
Rossi
Atri
Lozar

Tsukuba
Yamagata

Sato
M ita
Matsuoka
NishidaOkada
Takayanagi
Shrakoma
Kameo
Honda
Tan aka
JordanLITHUANIA
VilniusMartiniene

MALAYSIA
Miri
SarawakMusbahHeck

SelangorHarun
MahaniGeographical index of members, p. 34 - 35.

Journal of Nannoplankton Research, 17, l, 1995.

------------------------------------MEXICO
D.F.

Sanchez-Ri os

NEW ZEALAND
NelsonRhodesWaghorn
New Plymouth
Waikanae
Edwards
NORWAY
BergenTrondheim

HeimdalVerdenius

OMAN
MuscatKapellos

PHILIPPINES"Cainta, Rizal "Le on

POLAND .
Krakow

PORTUGAL
Lis boa
ROMANIA
Bucharest

Cluj - Napoca
RUSSIA
Moscow

St. Petersburg

Iwaniec
SlezakSPAIN
Alicante
Barcelona

BilbaoGranadaLinares
MadridSalamanca
Valencia
SWEDEN
Stockholm

UppsalaTANZANIA
Dar-es-Salaam

CachaoMelinteLeu
Marunteanu
MeszarosDmitrenko
Golubev
Muzilev
Shcherbinina
Ushakova
Nikiforova
Tabatchnikova

U.K.
Aberdeen
Aberystwyth
Bath
Bucks
Cambridge
Chester
Co. DurhamGw)nedd

Hampshire
Hertfordshire
Kingston uponThamesLondonPavsicSaez
Cros
Curto Homedes
Matias Sendra
Gorostidi
Perez
Aguado Merlo
AguilarBonnemaison
Pignatelli Garcia
Flores Villarejo
AlcoberBackman
Gard
OlafssonHenriksson

SWITZERLAND
Knappertsbusch
Base!
Barb inBerne
Hsu
ZOrichSalis
Thierstein

Colorado

Chen Min-Pei
Wei Kuo-Yen

Sheffield
SurreyU.S.A.
Alabama
California

Connecticut
FloridaKaregaTHE NETHERLANDS
Amsterdam
Lotoskaya
Ziveri
Assen
RomeinHaarlemVerbeek
Heemstede
GervaisKatwijk
KleijneLeidenWestbroek
Moerkapelle
Prins
Texel
Bleijswijk
The Hague
Jakubowski
Utrecht
Driever
ZylstraTURKEY
AnkaraSLOVAK REPUBLIC
Bratislava
Bystricka
Halasova
Korabova
RakovaSLOVEN lA
Ljubljana

TAIWAN
TaipeiLouisiana

Mississippi
Nebraska

Ozkan
Toker

Harpur
Omar
Wyatt
Davis
Swift
Chepstow-Lusty
Starkie
Morse
Girgis
Varol
Zucchi
Gallagher
Garratt
Bown
Burnett
Hulme
Jeremiah
Kaminski
Lord
Lord
Ogunjobi
Oriaifo
RadfordRutledge
Windley
Young
Hine
CooperHo we
Niel

New Mexico
New York
North Carolina

Oklahoma
Puerto Rico
South Dakota
Tennessee
Texas

Utah
Utah
Vermont
Virginia

LohmanSteinmetz
Leshner
Covington
KaenelLiu
Pospichal"Russeii,Sr."
Wise
BoudreauxCenterConstans
Morin
Olsen
Reimers
Reugger
StyzenWaterman
Russell
Beck
Dorn
Dunn
Liu
Shin
Watkins
Ell isFisher
Bralower
Mock
Williams
Young
WinterMoran
SiesserBergenEby"Eiliot, Jr"
Filewicz
FirthGartner
Huang
Jiang
Joyce
Pearce"Percivaljr"
Root
Salomon
Sblendorio-Levy
Staerker
Stock wellWhite
Wornardt
RahmonRothSpauldingSelf-Trail
BybellUKRAINE

Smith
Bukry
Gring
Kheradyar
Kling
Leffingwall
Marks
MillerPeleo-Alampay
Quinterno
Salinas-Straw
Sheinman
Silva
Starratt

Dnepropetrovsk
Kharkov
Kiev
Lvov
Lviv
VENEZUELA
CaracasSteinlcraus
Wei

35

Eogdanovitch
Shumenko
Kalinitchenko
LulevaRomaniv
Andreeva-Grigorovitch

Castromora
Crux
Dorta
Duran

FariasPuerto la Cruz

CanudasINA membership changes, p. 36 - 37.

Journal of Nannoplankton Research, 17, I, 1995.

-----------------------------------INA MEMBERSHIP CHANGES
compiled by Kevin Cooper
NEW MEMBERS

Lluisa Cros
Consejo Superior de Investigaciones Cientificas
Instituto De Ciencias del Mar
Paseo Nacional s/n
08039 Barcelona
SPAIN

Anowshiravan Lotfalikani
Department of Geology
University of PoonaPune
4111 007
INDIA

Robert G.Eby
3619 Underwood
HoustonTX 77025
U .S.A.

Anna Lotoslcaya
Faculty of Earth Sciences
Free University of Amsterdam
De Boelelaan 1085
1081 HV Amsterdam
THE NETHERLANDS

Nur Hasji
PPPTMGB "LEMJGAS", P . 0 . Box 1089
Jakarta
10010
INDONESIA
Glen Homeier
Geol.-PaU1ont. Institut und Museum
Eberhard-Karls-Universititt TObingen
Sigwartstr. 1072076 Tobingen
GERMANY
Huang Ting-Chang
Exxon Exploration Company
P.O. Box 4778 (GP8, #569)
HoustonTexas 77210-4778
U.S.A.
Martina Kostka
Ruhr-UniversitiU Bochum
Fakultiit fUr Geowissenschaften
Institut fUr Geologie
UniversitatsstraBe 150
D-44801 Bochum
GERMANY

W.E. Steinkraus
Chevron Overseas Petroleum Inc.
P . 0 . Box 5046
SanRamonCA 94583-0946
U.S.A.
Patricia Wells
Univ. of Tasmania
GPOBox252C
HobartTasmania 7001
AUSTRALIA
Core Laboratories
5295 Hollister
Houston
IX 77040
U .S.A.
Shell Internationale Petroleum Mij BV
Bibliotheek Tijdschriften SZ
Postbus 97
2501 CB Den Haag
THE NETHERLANDS(Swets:38388944)

CHANGE OF ADDRESS
Miriam Cobianchi
Dipartimento di Scienze della Terra
Via Abbiategrasso 209
Pavia
27100
ITALY
M. Kevin E.Cooper
TimeTrax Ltd., Unit D 72-78 Station Road
Shalford, Guildford
Surrey GU4 8HD
U.K.
A.R. Edwards
Stratigraphic Solutions Ltd., PO Box 295
Waikanae

NEW ZEALAND

Thomas Ehrendorfer
Amt der Niederosterreichischen Landesregierung
Abteilung B/3-D, Bankgasse 2
Wein A-1014
AUSTRIA
Andrea Fiorentino
Via Tacito, 41
Roma
00133
ITALY
Richard W.Howe
Institute of Oceangraphic Sciences
Deacon Laboratory, Brook Road
Wormley
Surrey GU8 SUB
U .K.

========================36· ======================~

Journal of Nannoplankton Research, 17, I, 199.5.

INA membership changes, p. 36 - 37.

---------------------------------------

NeilHulme
1st Floor Flat, 238 Chapter Road
LondonNW2 5NB
U.K.

Ulrike Kienel
Alfred-Wegener-Institut fuer Polar-und Meeresforschung
Forschungsstelle Potsdam
Telegranfenberg A 43
Potsdam
14473
GERMANY
Annelies Kleijne
Duinoord 11
Katwijk2224 CATHE NETHERLANDSFrancesca Lozar
Dipartimento di Scienze della Terra
Via Accademia delle Scienze 5
Torino10123
ITALY
Isao Mita
Nihon Tennen Gas Kogyo Co Ltd
2508 Minami-Hinata
Shirako-Machi
Chosei-Gun Chiba, 299-42
JAPAN
Brigitta E. van Niel
5 Limes Road, Weybridge
Surrey KT13 8DH
U.K.

T.S. Staerker
1812 Hanover Drive, Flower Mound
Texas 75028
U.S.A.

Michael Wagreich
Institute of Geology
Geozentrum University of Vienna
Althanstrasse 14
Wien
AUSTRIA
Patrizia Ziveri
Geomarine Center Amsterdam
Institute of Earth Sciences
Free University
De Boelelaan 1085
Amsterdam
1081 HVTHE NETHERLANDS
Donata Zucchi
Millennia Ltd
Unit 3, Weyside Park
Newman Lane, Alton
Hampshire GU34 2PJ
U.K.
Sarawak Shell Berhad
Attn: S. Rahanaha, Librarian
Information Cebtre (IOS/51)
Locked Bag No. 1
Sarawak
98009 Miri
MALAYSIA

Isabella Raffi
Facolta'di Scienze
Universita "G. D' Annunzjo"
Campus Universitario Madonna delle Piane
Chieti Scalo, I-66013
ITALY

Turkish Petroleum Corporation
Library
Mustafa Kemal Mahallesi 2
Cad No 86 I P O'Box 209
06520 Ankara
TURKEY(Swets: 34759646)

Joanne Sblendorio-Levy
6111 Yarwell
HoustonTX 77096
U.S.A.

Univeritiits-Institut fur Palllontologie und Hist. Geologie
Ludwig-Maximilians-Universitaet Muenchen
Leopoldstr. 3~80802 Muenchen
GERMANY========================~37=========================

Tisk INTERPRETER INVESTMENT Go., TISMRNA Kyjov